3D parametric, tool shed, small

Window frame with louvers to cover ventilation outlets on building facade.

Rail with panels, straight or curved, with optional inclination.

This object is a modification of the steel beams from the standard library. So it has all options of cutting and placement. Special feature is a cross which is drawn in section and elevations automatically. When placed side by side the fills won't merge in the section. The floorplan representation is FPCP and placement height sensitive. Also it calculates the Elastic Modus and other information automatically.

Pitched howe wood truss with optional division number and end cut.

Window header.

3D parametric, tool shed, large

Curved ramp with optional side flanges.

Fence with vertical boards, battens and posts.

Vertical grid with optional filling.

Precast slab with optional hollow profiles and topping.

3D parametric, inclined profiled sheet with optional\n- profile sizes\n- slope angle\n- angle of the 2 cutting planes

3D parametric, vertical profiled sheet with optional\n- profile sizes\n- rotation of cutting plane\n- angle of the 2 cutting planes

Steel space frame with different cells in two directions, optional spheres in gridpoints.

Straight ramp with optional side flanges.

Planar steel web beam with variable height and strut angle.

2D only.

This is parametric house to use for landscaping. You can choose how detailed it would be, roof type, colors, eaves width, roof thickness, and the shape of the house. ldragon@t-com.me3D parametric, house with\n- squared or L-shape house type\n- optional roof types\n- optional hip roof

3D parametric, tool shed, medium

Window frame with louvers to cover ventilation outlets on building facade.

File name: ABSOLUT_schk.gsm Version: 1.0 Made by: Kamil Sarelo <ksarelo@habra.at> Date of creation: 2004-01-13 History: 2004-01-13 creation, definition of parameters 2004-01-14 I18N, value lists, locks, logic in MasterScript 2004-01-26 heights and HOTSPOTs for heights in MasterScript 2004-01-28 continue with MasterScript, start with 3DScript and UIScript 2004-01-29 continue with MasterScript and 3DScript 2004-02-01 fix of heights-logic and performance enhancement in MasterScript 2004-02-02 fix of heights-logic in MasterScript, connectors and mouth-plate in MasterScript and 3DScript 2004-02-03 mouth-plate, connectors, mouth-fromation and logic in MasterScript and 3DScript 2004-02-04 mouth-fromation CUTs, height correction at mouthType_01, materials and virtual roof in MasterScript and 3DScript 2004-02-05 corrections, 2D symbol, additional parameters, UI corrections in MasterScript, UIScript, 2DScript and 3DScript 2004-02-06 corrections and improvements in *Script, logo and redisgn of UI, textures 2004-02-08 corrections in *Script 2004-02-10 correction of smoke-connector heights im MasterScript; 2D Symbol in MasterScript, 2DScript and UIScript; new site for 3D pipes in UIScript 2004-02-11 corrections in *Script, materials, 2D Symbol, 3D pipes im *Script 2004-02-12 3D pipes, UI for 3D pipes and additional navigation in UI 2004-02-12 1.0 release 2004-02-17 corrections in *Script 2004-02-18 corrections in *Script 2004-02-23 corrections in UIScript 2004-02-24 corrections in *Script 2004-02-25 correction of virtual roof in 3DScript 2004-03-15 mini correction 2004-04-26 correction from meeting 2004-05-06 equipment 2004-05-16 UIScript 2004-05-06 corrections in all scripts Notes: Copyright A-NULL, Wien

#http://www.SCHIEDEL.at File name : AE_Bedarfslueftung_schk.gsm Version : ArchiCAD 8.1 Made by : A-NULL E-mail : Date (creation) : Jän. 2004 Made by : A-NULL TRAN Comments (creation) : Changes made by : E-mail : Date (changes) : Comments (changes) :

#http://www.SCHIEDEL.at File name : AE_Querverteilung_schk.gsm Version : ArchiCAD 8.1 Made by : A-NULL E-mail : Date (creation) : Jän. 2004 Made by : A-NULL TRAN Comments (creation) : Changes made by : E-mail : Date (changes) : Comments (changes) :

#http://www.SCHIEDEL.at File name : AE_Querverteilung_schk.gsm Version : ArchiCAD 8.1 Made by : A-NULL E-mail : Date (creation) : Jän. 2004 Made by : A-NULL TRAN Comments (creation) : Changes made by : E-mail : Date (changes) : Comments (changes) :

#http://www.SCHIEDEL.at File name : AE_Querverteilung_schk.gsm Version : ArchiCAD 8.1 Made by : A-NULL E-mail : Date (creation) : Jän. 2004 Made by : A-NULL TRAN Comments (creation) : Changes made by : E-mail : Date (changes) : Comments (changes) :

#http://www.SCHIEDEL.at File name : AE_Querverteilung_schk.gsm Version : ArchiCAD 8.1 Made by : A-NULL E-mail : Date (creation) : Jän. 2004 Made by : A-NULL TRAN Comments (creation) : Changes made by : E-mail : Date (changes) : Comments (changes) :

#http://www.SCHIEDEL.at File name : AE_Querverteilung_schk.gsm Version : ArchiCAD 8.1 Made by : A-NULL E-mail : Date (creation) : Jän. 2004 Made by : A-NULL TRAN Comments (creation) : Changes made by : E-mail : Date (changes) : Comments (changes) :

#http://www.SCHIEDEL.at File name : AE_Zuluft_Set_schk.gsm Version : ArchiCAD 8.1 Made by : A-NULL E-mail : Date (creation) : Jän. 2004 Made by : A-NULL TRAN Comments (creation) : Changes made by : E-mail : Date (changes) : Comments (changes) :

Architrave with different profiles.

Architrave with variable top and optional sill trim.

Barrel vault with optional wall connection.

Boulder wall with adjustable boulder size and optional slant.

Bowstring wood truss with optional division number and end cut.

Casing for wall end.

CHS cold-formed steel beam with cutting planes at the ends and different sizes according to EN Standards.

CHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel beam with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

Column with variable ornament and placement type, optional capital, pedestal, base, fluting and entasis.

Column with conic top.

Doric column.

Doric column with base and capital.

Faceted column with optional base and capital.

Rectangular column.

Round column.

Cross vault.

Superior vault with optional number of inferior vaults on sides.

cw door

Domical vault with editable cutting plane.

Double slope steel frame with variable profile heights and optional bottom plate.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Equal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

Fence with horizontal boards and posts.

Fink wood truss with optional end cut.

Flat howe wood truss with optional division number.

Flat pratt wood truss with optional division number.

#http://www.3dsmile.it developed by Mirco Sorgato Architect mircosorgato@libero.it - ITALY - AC 7 R3 : 26-IX-2002 AC 8.1 R2 : 06-II-2004 Re edit for AC 10 + CU mirco3D parametric, FreeForma Bend, with optional\n- bend ray\n- X rotation

Planar steel truss girder with triangular grid.

Planar steel truss girder end with triangular grid and vertical cutting plane.

Horizontal grid with optional filling.

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEA steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved HEA steel beam with different sizes according to EN Standards.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEAA steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved HEAA steel beam with different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved HEB steel beam with different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved HEM steel beam with different sizes according to EN Standards.

Inclined steel beam with variable profile heights and optional end plates.

Inclined steel column with variable profile heights and optional bottom and top plate.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved IPE steel beam with different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel column with cutting planes at the ends and different sizes according to EN Standards.

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Joist steel column with cutting planes at the ends and different sizes according to British Standards.

Steel lean-to with variable profile heights and optional bottom plate.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Lipped C section light steel column.

Negative curved molding with different profiles.

Positive curved molding with different profiles.

Straight molding with different profiles.

Movable wall with different number of panels and positions.

#http://www.rakennustieto.fi Tämän tuotteen GDL- objektin tekijänoikeudet omistavat: Rakennustieto Oy Metehe Oy

#http://www.rakennustieto.fi Tämän tuotteen GDL- objektin tekijänoikeudet omistavat: Rakennustieto Oy Metehe Oy

#http://www.rakennustieto.fi Tämän tuotteen GDL- objektin tekijänoikeudet omistavat: Rakennustieto Oy Metehe Oy

Parallel chord steel joist with different profiles and seat bearing.

Parallel chord steel joist with different profiles.

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Parallel flange channel steel column with cutting planes at the ends and different sizes according to British Standards.

Curved parallel flange channel steel beam with different sizes according to British Standards.

Pitched pratt wood truss with optional division number and end cut.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Plain C section light steel column.

Precast I beam.

Precast I beam.

Precast inverse Tee beam.

Precast L beam.

Precast rectangular beam.

Precast rectangular beam with side extensions.

Precast Tee beam. Options: inclination, holes

Round or rectangular precast column with optional capital.

Precast double tee beam.

Rectangular precast column with haunches.

Precast Tee beam.

Metal sheet with different profiles and cutting planes.

Quoin with different styles.

Rail with frame and balusters.

Rail with parallel bars.

Rail with posts and balusters.

Rail with panels, straight or curved, with optional inclination.

Rail with posts and bars.

Rail with posts and panels.

Simple bar rail.

Rail with filled frame.

Rail made of tubes with optional posts and intermediate rail.

Rail with twisted posts and wires.

Rail with posts and wires in front of posts.

Rail with posts and wires between posts.

Rail with wooden balustrade.

Rail with posts and bars.

Wall end for editing the layers of a composite wall.

RHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

RHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

Sawtooth wood truss with optional division number and end cut.

Scissors wood truss with optional division number and end cut.

SHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

SHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

Single slope steel frame with variable profile heights and optional bottom plate.

Spatial steel truss girder with asymmetric triangular grid.

Spatial steel truss girder with symmetric triangular grid.

Spatial steel truss girder end with symmetric trangular grid and vertical cutting plane.

T-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

T-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

Three-centered superior vault with optional number of inferior vaults on sides.

Three-centered vault.

Single pitched top chord steel joist with different profiles and seat bearing.

Single pitched top chord steel joist with different profiles.

Double pitched top chord steel joist with different profiles and seat bearing.

Double pitched top chord steel joist with different profiles.

UAP steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UAP steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved UAP steel beam with different sizes according to EN Standards.

Unequal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Unequal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

Universal steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal beam steel column with cutting planes at the ends and different sizes according to British Standards.

Curved universal steel beam with different sizes according to British Standards.

Universal bearing piles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal bearing piles steel column with cutting planes at the ends and different sizes according to British Standards.

Universal column steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Curved universal steel column beam with different sizes according to British Standards.

Universal column steel column with cutting planes at the ends and different sizes according to British Standards.

UPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UPN steel column with cutting planes at the ends and different sizes according to EN Standards.

Warren wood truss with optional division number.

Curved steel web beam with holes.

Wall end wrapping element.

Z-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

Z section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Z section light steel column.

Urban context modeler tool with a wide variety of parametric building types and forms.

Urban context modeler tool with a wide variety of parametric building types and forms.

water tank 200 lt

Parametric suspended ceiling object for design with editable panels and accessories. Ceiling panels can be placed in a customizable grid with various edge and border treatment presets. Panels can also be edited individually.

Parametric suspended ceiling object for design with editable panels and accessories. Ceiling panels can be placed in a customizable grid with various edge and border treatment presets. Panels can also be edited individually.

Parametric suspended ceiling object for design with editable panels and accessories. Ceiling panels can be placed in a customizable grid with various edge and border treatment presets. Panels can also be edited individually.

Programm zur Stiegen-Erstellung einer einläufigen geraden Stiege im 3D und Schnitt mit direkter Interaktion im 3D-Fenster. Demo zur Veranschaulichung des Wunsches nach Interaktivität des neuen Treppenmacherwerkzeuges ab Archicad 17ff (Ironie aus)

Cancello Pednole in ferro zincato

A parametric steel chain for 3D detailing. Adjust the horizontal run and vertical rise and the link dimensions. Set a 'sag' dimension to allow the chain to follow a natural path. Use a checkbox in the Settings dialog to force the chain to use a whole number of links. This will add a link if the chain is too short to follow the specified path, and the 'sag' will increase. In 3D (i.e. not sections or elevations) you can specify a 'twist' angle - both incremental and random - to apply between adjacent links. This can make for a more realistic rendering.

Glasdach Glasscheibe mit Haltepunkten: Mit Hotspots einstellbare Parameter: Im Grundriss und 3D: Interfacehilfen ein-aus Anzahl der Glas- Teilungen für die Abhänger A+B, Winkel des Glases, Winkel der Abhänger, einzelne Abhängerlage im 2D - Querschnitt ein-Ausschaltbar Gelenke: Kugel - Ösen - Nichts 30.8.2014: Für Version 16

Cancello Carraio in ferro zincato

Dachbodentreppe Hersteller-neutral.. Darstellungen mit Hotspots einstellbar: im Einsetzgeschoß: Entweder nur als Deckenöffnung oder Leiter bis 1 M-Schnitt darüber: Ganze Leiter oder nur Deckendurchbruch im 3D und Schnitt: offen oder geschlossen

An attic ladder.

Programm zur Stiegen-Erstellung einer einläufigen geraden Stiege im 3D und Schnitt mit direkter Interaktion im 3D-Fenster. Demo zur Veranschaulichung des Wunsches nach Interaktivität des neuen Treppenmacherwerkzeuges ab Archicad 17ff (Ironie aus)

Viertelgewendelte Stiege - Winkel kann verändert werden Der Ausgangspunkt ist die Eckstufenachse. Von hier aus wird die Gehlinie aufgeteilt. Die Stiegenbreite und auch der Gehlinenabstand können per editierbarem Hotspot verschoben werden. Der Stiegenanfang kann verschoben werden. Die Position der letzten geraden Stufe vor dem Verzugsbereich kann verschoben werden. Es sind 3 verschiedene Arten des Stufenverzuges eingebaut: Evolvenmethode Kreismethode gleichmäßiges aufteilen Die innere Eckstufenbreite kann nachträglich verändert werden Weiters hinzugefügt: Es ist nun möglich - jedes Stufeneck im Grundriss anzudassen und einfach zu verschieben! Als Konstruktionshilfe dazu habe ich noch hotlines in den berechneten Stufenkanten eingefügt. somit kann man mit den normalen Archicad-Hilfslinien arbeiten, um die Richtung zu halten, wenn man verschiebt! Im 3D wurde bisher nur einfache Trittstufen eingearbeitet. Allerdings ist es hier bereits möglich, den Eckwinkel und die Stiegenhöhe einzustellen - zu ziehen! 19.11.2014 - Geschoß-sensitive Darstellung im 2D: ganze Stiege, bis 1m, bis 1m und drüber strichliert, ab 1m 20.11.2014 - Eckpunkte sind nun verschiebbar, Schatten im drüberliegendem Geschoß hinzugefügt 21.11.2014 - Stufenbeschriftung hinzugefügt - verschiebbar und drehbar. Stufennummern sind nun Mitte Stufe von Gehlinie nach aussen versetzt 24.11.2014: In Grundriss und 3D: Stufenkanten sind nach Innen einzeln parallel verschiebbar (nur Stufenbelag). Laufplatte und Keilstufen hinzugefügt - noch ohne innere parallele Verschiebung Einstellung Materialien von Laufplatte und Belag möglich. Schraffuren bei Innenverschiebungen nachgeführt. Stufenbreiten auf halbe cm gerundet - und in die Berechnung weitergegeben. 25.11.2014 Bug Eckstufe Aussenecke war nicht verschiebbar - gefixt. Laufplatte und Keilstufen laufen nun mit Stufenverschiebungen mit. 26.11.2014 - Anschlußkörper unten - für deckenanschluß mit Hotspot - Polygon gelöst - Im Schnitt sichtbar. Materialien im 3D für Schnittdarstellung mit Schraffuren versehen 27.11.2014 Anschlußkörper für oberen Deckenanschluss hinzugefügt 28.11.2014 Anschlüsse oben und unten drehen sich nun mit den Antrittstufen mit, wenn sie geändert werden. einige Schraffur - Bugs geändert. 30.11.2014 Zusatz-Punkte für Wangen mit aufgesattelten Trittstufen hinzugefügt - inkl unterer und oberer Anschluss Aussen und Innenwangen hergestellt. Zusätzlich ein Text hinzugefügt, dass dies ein Demo-Objekt ist. Dies lässt sich durch Eingabe eines Codes deaktivieren 2.12.2014: Wangenstiegen: unterer Deckenanschlüsse neu konzipiert. untere Antrittsstufe - im 2D sichtbar falls gewünscht. Weitere SOE-Befehle bei Wangen: Sichtbarkeit der Stufenbeläge durch die Wangenaussenseite ein und ausschaltbar 8.12.2014: Tritt und Setzstufen sind nun für die meisten Konstruktionsarten verfügbar. 10.12.2014: Trittstufen vorne abgebogen - hinten aufgebogen - sind nun aufgesattelt, freitragend, auf Mittelwange und zwischen Wangen verfügbar. 12.12.2014: Eigenes Material Setzstufen, Mörtelbett Trittstufe hinzufügen 14.12.2014: Seitlicher Überstand Trittstufenbelag, Graphische Art -Abfrage nun Integer-Bezogen ohne Fehlermeldung. Einschaltbare Wangenabwicklung für nackte Stahlbetonstiege mit kompletter Bemassung von Eckstufe und Gehlinie aus. 18.12.2014 Anti-Rutschleisten (gelbe Streifen) hinzugefügt. 20.12.2014 Maskwerte der tragenden Groups geändert, Keilstufen bei Seiten- Wangen zur Gesamtgruppe hinzugefügt, Sockelleisten hinzugefügt. Texturen der Tritt und Setzstufen an der Gehlinie und dem jeweiligen Stufenwinkel ausgerichtet.

A rebar cross brace.

Programm zur Stiegen-Erstellung einer einläufigen geraden Stiege im 3D und Schnitt mit direkter Interaktion im 3D-Fenster. Weitere fixe Anfasserpunkte rund um die Kontour angebracht, damit die Zusammenstellung der Treppe leichter wird 8.12.2013

scaffolding

Parametric suspended ceiling object for design with editable panels and accessories. Ceiling panels can be placed in a customizable grid with various edge and border treatment presets. Panels can also be edited individually.

Библиотечный элемент армирования "Хомут" v. 1.0

Glasdach Glasscheibe mit Haltepunkten: Mit Hotspots einstellbare Parameter: Im Grundriss und 3D: Interfacehilfen ein-aus Anzahl der Glas- Teilungen für die Abhänger A+B, Winkel des Glases, Winkel der Abhänger, einzelne Abhängerlage im 2D - Querschnitt ein-Ausschaltbar Gelenke: Kugel - Ösen - Nichts Änderung 30.8.2014: letzte Abhängerlage verschirbbar gemacht

ringhiera a

Dachbodentreppe Hersteller-neutral.. Darstellungen mit Hotspots einstellbar: im Einsetzgeschoß: Entweder nur als Deckenöffnung oder Leiter bis 1 M-Schnitt darüber: Ganze Leiter oder nur Deckendurchbruch im 3D und Schnitt: offen oder geschlossen

© 2006 by Bernhard Binder

A completely parametric space frame witch you can adapt to your project. You can start with some base preset shape, dimensions and profiles witch can be customized and detailed via 2d and 3d hotspots or the custom interface. You can use this component as a column, beam or arched frame. Version 18.0.01 Compatibility Archicad 18

Viertelgewendelte Stiege - Winkel kann verändert werden Der Ausgangspunkt ist die Eckstufenachse. Von hier aus wird die Gehlinie aufgeteilt. Die Stiegenbreite und auch der Gehlinenabstand können per editierbarem Hotspot verschoben werden. Der Stiegenanfang kann verschoben werden. Die Position der letzten geraden Stufe vor dem Verzugsbereich kann verschoben werden. Es sind 3 verschiedene Arten des Stufenverzuges eingebaut: Evolvenmethode Kreismethode gleichmäßiges aufteilen Die innere Eckstufenbreite kann nachträglich verändert werden Weiters hinzugefügt: Es ist nun möglich - jedes Stufeneck im Grundriss anzudassen und einfach zu verschieben! Als Konstruktionshilfe dazu habe ich noch hotlines in den berechneten Stufenkanten eingefügt. somit kann man mit den normalen Archicad-Hilfslinien arbeiten, um die Richtung zu halten, wenn man verschiebt! Im 3D wurde bisher nur einfache Trittstufen eingearbeitet. Allerdings ist es hier bereits möglich, den Eckwinkel und die Stiegenhöhe einzustellen - zu ziehen! 19.11.2014 - Geschoß-sensitive Darstellung im 2D: ganze Stiege, bis 1m, bis 1m und drüber strichliert, ab 1m 20.11.2014 - Eckpunkte sind nun verschiebbar, Schatten im drüberliegendem Geschoß hinzugefügt 21.11.2014 - Stufenbeschriftung hinzugefügt - verschiebbar und drehbar. Stufennummern sind nun Mitte Stufe von Gehlinie nach aussen versetzt 24.11.2014: In Grundriss und 3D: Stufenkanten sind nach Innen einzeln parallel verschiebbar (nur Stufenbelag). Laufplatte und Keilstufen hinzugefügt - noch ohne innere parallele Verschiebung Einstellung Materialien von Laufplatte und Belag möglich. Schraffuren bei Innenverschiebungen nachgeführt. Stufenbreiten auf halbe cm gerundet - und in die Berechnung weitergegeben. 25.11.2014 Bug Eckstufe Aussenecke war nicht verschiebbar - gefixt. Laufplatte und Keilstufen laufen nun mit Stufenverschiebungen mit. 26.11.2014 - Anschlußkörper unten - für deckenanschluß mit Hotspot - Polygon gelöst - Im Schnitt sichtbar. Materialien im 3D für Schnittdarstellung mit Schraffuren versehen 27.11.2014 Anschlußkörper für oberen Deckenanschluss hinzugefügt 28.11.2014 Anschlüsse oben und unten drehen sich nun mit den Antrittstufen mit, wenn sie geändert werden. einige Schraffur - Bugs geändert. 30.11.2014 Zusatz-Punkte für Wangen mit aufgesattelten Trittstufen hinzugefügt - inkl unterer und oberer Anschluss Aussen und Innenwangen hergestellt. Zusätzlich ein Text hinzugefügt, dass dies ein Demo-Objekt ist. Dies lässt sich durch Eingabe eines Codes deaktivieren 2.12.2014: Wangenstiegen: unterer Deckenanschlüsse neu konzipiert. untere Antrittsstufe - im 2D sichtbar falls gewünscht. Weitere SOE-Befehle bei Wangen: Sichtbarkeit der Stufenbeläge durch die Wangenaussenseite ein und ausschaltbar 8.12.2014: Tritt und Setzstufen sind nun für die meisten Konstruktionsarten verfügbar. 9.12.2014: Hotspot-Bug entfernt zum Durchschalten der Konstruktionsarten, Gebogene Blechstufen hinzugefügt - Nur stufen, Eingeschweisst zwischen Wangen, Aufgesattelt auf Rand unf Mittelwangen

3DMD Railing Cable is a railing on a polyline 3d. You can add new points, create arcs, modify elevation of the path points, slope, create a close path. Option to see the path as a straight line to use for schedules.

Dachstuhlkonstruktion - wie der Roofmaker funktionieren sollte - oder besser noch -wie das ganze Dach eigentlich funktionieren sollte! Damit kann man sich im Grundriss und Schnitt sehr rasch an bestehende Wände und Dachflächen "anschmiegen". Dabei sind die Innen-Wärmedämm- und Verkleidungsschichten mit eingebaut und ebenfalls durch Anfasser ganz natürlich an die anderer Geometrie des Baues anpassbar. Die ganzen Elemente wie sparren, Pfetten und Dämmschichten "schwimmen" bei Änderung der Dachneigung "mit". Wenn ich also im Grundriss eine Pfette verschiebe, bleibt sie in der Ebene der Dachneigung jeweils an der richtigen Höhe. Wenn ich die Dachneigung verändere, bleibt die Pfette in der Grundrisslage - aber wandert mit der Sparrenkante mit. Wenn man sich im Bauteildialog bei Grundriss und Schnitt die Objektattribute aktiviert, erscheinen die Schraffuren im Schnitt in richtiger Form. Die Holzkonstruktion wird dabei von den Dämmschichten abgezogen. Mit geschickter Nutzung des SOE-Befehles zwischen Wänden und meinem Bauteil sind dann die Schnitte schon (fast) richtig. Ihr könnt Euch auch von meiner Dropbox das EDU17-File downloaden: https://www.dropbox.com/s/psala60uoxa0wcd/Dachkonstruktion%2017er%209.4.2014.pln Video: https://www.youtube.com/watch?v=l3mHcOECQUs 14.4.2012 - Anfasser zum seitlichen Verschieben der Giebel-Anschnitte 15.4.2012 - Aus - Einschalter für Pfetten und Schließenkranz-Seiten 18.4.2012 - Einfacher 6-Punkte - Lochwegschnitt hinzugefügt 20.4.2014 - unterer Anschnitt Sparren rausschiebbar für Möglichkeit des senkrechten Anschnitt des Sparrens. - Eine Querlattung unter den Sparren zwischen der Wärmedämmung - C-Profile unter dem GK in der Luftschichte 21.4.2014 - Traufenpfette hinzugefügt 22.4.2014 - Grat - Ichsensparren hinzugefügt (unterer Anschnitt fehlt hier noch) 28.4.2014 - Bugfixes bei Schließenkranzbreiten, Gratsparrenanschnitte

Escada da Casa Maria Olímpia Xavier - Bormann - Fortaleza - Ceará

Glasdach Glasscheibe mit Haltepunkten: Mit Hotspots einstellbare Parameter: Im Grundriss und 3D: Interfacehilfen ein-aus Anzahl der Glas- Teilungen für die Abhänger A+B, Winkel des Glases, Winkel der Abhänger, einzelne Abhängerlage im 2D - Querschnitt ein-Ausschaltbar Gelenke: Kugel - Ösen - Nichts 30.8.2014: Für Version 17

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Accessory wall element for thermal insulation modeling

This is siple LEGO blocks. You can change the size from 1 to 12 dots. The object is just for fun.

Viertelgewendelte Stiege - Winkel kann verändert werden Der Ausgangspunkt ist die Eckstufenachse. Von hier aus wird die Gehlinie aufgeteilt. Die Stiegenbreite und auch der Gehlinenabstand können per editierbarem Hotspot verschoben werden. Der Stiegenanfang kann verschoben werden. Die Position der letzten geraden Stufe vor dem Verzugsbereich kann verschoben werden. Es sind 3 verschiedene Arten des Stufenverzuges eingebaut: Evolvenmethode Kreismethode gleichmäßiges aufteilen Die innere Eckstufenbreite kann nachträglich verändert werden Weiters hinzugefügt: Es ist nun möglich - jedes Stufeneck im Grundriss anzudassen und einfach zu verschieben! Als Konstruktionshilfe dazu habe ich noch hotlines in den berechneten Stufenkanten eingefügt. somit kann man mit den normalen Archicad-Hilfslinien arbeiten, um die Richtung zu halten, wenn man verschiebt! Im 3D wurde bisher nur einfache Trittstufen eingearbeitet. Allerdings ist es hier bereits möglich, den Eckwinkel und die Stiegenhöhe einzustellen - zu ziehen! 19.11.2014 - Geschoß-sensitive Darstellung im 2D: ganze Stiege, bis 1m, bis 1m und drüber strichliert, ab 1m 20.11.2014 - Eckpunkte sind nun verschiebbar, Schatten im drüberliegendem Geschoß hinzugefügt 21.11.2014 - Stufenbeschriftung hinzugefügt - verschiebbar und drehbar. Stufennummern sind nun Mitte Stufe von Gehlinie nach aussen versetzt 24.11.2014: In Grundriss und 3D: Stufenkanten sind nach Innen einzeln parallel verschiebbar (nur Stufenbelag). Laufplatte und Keilstufen hinzugefügt - noch ohne innere parallele Verschiebung Einstellung Materialien von Laufplatte und Belag möglich. Schraffuren bei Innenverschiebungen nachgeführt. Stufenbreiten auf halbe cm gerundet - und in die Berechnung weitergegeben. 25.11.2014 Bug Eckstufe Aussenecke war nicht verschiebbar - gefixt. Laufplatte und Keilstufen laufen nun mit Stufenverschiebungen mit. 26.11.2014 - Anschlußkörper unten - für deckenanschluß mit Hotspot - Polygon gelöst - Im Schnitt sichtbar. Materialien im 3D für Schnittdarstellung mit Schraffuren versehen 27.11.2014 Anschlußkörper für oberen Deckenanschluss hinzugefügt 28.11.2014 Anschlüsse oben und unten drehen sich nun mit den Antrittstufen mit, wenn sie geändert werden. einige Schraffur - Bugs geändert. 30.11.2014 Zusatz-Punkte für Wangen mit aufgesattelten Trittstufen hinzugefügt - inkl unterer und oberer Anschluss Aussen und Innenwangen hergestellt. Zusätzlich ein Text hinzugefügt, dass dies ein Demo-Objekt ist. Dies lässt sich durch Eingabe eines Codes deaktivieren 2.12.2014: Wangenstiegen: unterer Deckenanschlüsse neu konzipiert. untere Antrittsstufe - im 2D sichtbar falls gewünscht. Weitere SOE-Befehle bei Wangen: Sichtbarkeit der Stufenbeläge durch die Wangenaussenseite ein und ausschaltbar 8.12.2014: Tritt und Setzstufen sind nun für die meisten Konstruktionsarten verfügbar. 10.12.2014: Trittstufen vorne abgebogen - hinten aufgebogen - sind nun aufgesattelt, freitragend, auf Mittelwange und zwischen Wangen verfügbar. 12.12.2014: Eigenes Material Setzstufen, Mörtelbett Trittstufe hinzufügen 14.12.2014: Seitlicher Überstand Trittstufenbelag, Graphische Art -Abfrage nun Integer-Bezogen ohne Fehlermeldung. Einschaltbare Wangenabwicklung für nackte Stahlbetonstiege mit kompletter Bemassung von Eckstufe und Gehlinie aus. 18.12.2014 Anti-Rutschleisten (gelbe Streifen) hinzugefügt. 20.12.2014 Maskwerte der tragenden Groups geändert, Keilstufen bei Seiten- Wangen zur Gesamtgruppe hinzugefügt, Sockelleisten hinzugefügt. Texturen der Tritt und Setzstufen an der Gehlinie und dem jeweiligen Stufenwinkel ausgerichtet. 30.3.2015 freigeschaltet

Компонент разработан для конкурс Зимний GDL-креатив Универсальный элемент для рабочего проектирования раздела ДЕРЕВЯННЫЕ КОНСТРУКЦИИ. Данный элемент является сборочной единицей для деревянного каркаса, при строительстве дома по каркасно-щитовой технологии. Автор: Владислав Казанин, Россия, г. Санкт-Петербург, 2013 г.

Создан с помощью TrussMaker

2D Building foundation symbol

Ein in 3D streckbarer Zylinder zum Anpassen an zB. Morph-Linien im 3D mit Endkugeln zum scheinbaren nahtlosen aneinanderreihen zB. als Handläufe mit Auswahl der Art des Stabes

A completely parametric object with 7 main trusses. It is part of the 3DMD Aluminum Truss Library, a library of aluminum truss objects. The object is inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

A completely parametric 11 objects and 34 preset combinations. There are Nodes, Roofs, Towers and roof nodes. The objects are inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

A completely parametric object with 3 main trusses. It is part of the 3DMD Aluminum Truss Library, a library of aluminum truss objects. The object is inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

Polyline Fence editable. You can add new point, create arc, modify elevation of the path point, slope, create a close path. Have differente top hight of the whole. Option to see the path as a straight line to use for schedules. The fence is ideal bound properties in slope terrains.

Balkonelement für Stahlbetonbalkone inkl Isokorb, Anpassung der Abdichtungsebenen bei Terrassentüren mit Rücksprung des Isokorb unter die Stockverlängerung des Türstockes. Stahl-Beton-Balkon mit: Isokorb Tropfkante Oberflächengefälle Dreikantleisten-Abschluss der unteren Betonkante Blechanschluß an Fassade, Blechwinkel als Aussenkante Feuchtigkeitsisolierschichte mit Hochzug Blechabdeckung an Fassade vor Isolierung. Wegschnittebenen für die Ausbildung von Gehrungen zum Anainanderfügen über Eck alles mit Anfassern im Editor direkt einstellbar - wie etwa auch WD-Dicke der Wand oder Belagsdicke usw. Zusätzlich: Balkontüren haben unter dem Türrahmen noch eine wärmegedämmte Stockaufdoppelung bis zur Rohdecke. Dies ist hier im Element mit eingebaut - inkl. Estrichrandstreifen. Ich habe derzeit 6 mögliche Türöffnungen eingebaut. Die Anzahl kann mit einem Hotspot geschaltet werden. Die Türöffnungen können im Grundriss an die echten in der Wand eingesetzten Türen angepasst werden. Im Einstellungsdialog des Elementes muss noch angeklickt werden, dass zur Darstellung im die Atribute des Elementes verwendet werden sollen. https://www.dropbox.com/s/1ff5wdqj590rjeb/Balkon1.pln Wie immer bei mir - Edu17-Aut version. https://www.youtube.com/watch?v=iyYVXCqiRHQ&feature=youtu.be

Trappe fra etage 0 til etage 1

Creato da TrussMaker

Parametrikus álmennyezet elem. Az egyes panelek megadott méretrendben jeleníthetők meg, minden él és szegély szabadon beállítható. Az egyes panelek típusa, a panelekbe kerülő kiegészítők önállóan helyezhetőek el.

CHS cold-formed steel beam with cutting planes at the ends and different sizes according to EN Standards.

Column with variable ornament and placement type, optional capital, pedestal, base, fluting and entasis.

Doric column.

Curved ramp with optional side flanges.

Dachstuhlkonstruktion - wie der Roofmaker funktionieren sollte - oder besser noch -wie das ganze Dach eigentlich funktionieren sollte! Damit kann man sich im Grundriss und Schnitt sehr rasch an bestehende Wände und Dachflächen "anschmiegen". Dabei sind die Innen-Wärmedämm- und Verkleidungsschichten mit eingebaut und ebenfalls durch Anfasser ganz natürlich an die anderer Geometrie des Baues anpassbar. Die ganzen Elemente wie sparren, Pfetten und Dämmschichten "schwimmen" bei Änderung der Dachneigung "mit". Wenn ich also im Grundriss eine Pfette verschiebe, bleibt sie in der Ebene der Dachneigung jeweils an der richtigen Höhe. Wenn ich die Dachneigung verändere, bleibt die Pfette in der Grundrisslage - aber wandert mit der Sparrenkante mit. Wenn man sich im Bauteildialog bei Grundriss und Schnitt die Objektattribute aktiviert, erscheinen die Schraffuren im Schnitt in richtiger Form. Die Holzkonstruktion wird dabei von den Dämmschichten abgezogen. Mit geschickter Nutzung des SOE-Befehles zwischen Wänden und meinem Bauteil sind dann die Schnitte schon (fast) richtig. Ihr könnt Euch auch von meiner Dropbox das EDU17-File downloaden: https://www.dropbox.com/s/psala60uoxa0wcd/Dachkonstruktion%2017er%209.4.2014.pln Video: https://www.youtube.com/watch?v=l3mHcOECQUs 14.4.2012 - Anfasser zum seitlichen Verschieben der Giebel-Anschnitte 15.4.2012 - Aus - Einschalter für Pfetten und Schließenkranz-Seiten 18.4.2012 - Einfacher 6-Punkte - Lochwegschnitt hinzugefügt 20.4.2014 - unterer Anschnitt Sparren rausschiebbar für Möglichkeit des senkrechten Anschnitt des Sparrens. - Eine Querlattung unter den Sparren zwischen der Wärmedämmung - C-Profile unter dem GK in der Luftschichte 21.4.2014 - Traufenpfette hinzugefügt 22.4.2014 - Grat - Ichsensparren hinzugefügt (unterer Anschnitt fehlt hier noch) 28.4.2014 - Bugfixes bei Schließenkranzbreiten, Gratsparrenanschnitte 29.4.2014 - Traufpfette(Brett) Neue Anfasser für Ein-Aus, Drehbarkeit und X+Y 4.5.2014 - Folgende Anfasser - Schalter bei Traufe im Schnitt hinzugefügt: Oberdachschichten zuschaltbar Innenschichten Schliessenkranz Gratsparren-Schalter Schalter zur einfachen Darstellung Schichtdicken im Schnitt stellbar. 7.5.2014 - Zusätzlicher Grundriss-Querschnitt ein-ausschaltbar mit fast allen Hotspots.

Dachstuhlkonstruktion - wie der Roofmaker funktionieren sollte - oder besser noch -wie das ganze Dach eigentlich funktionieren sollte! Damit kann man sich im Grundriss und Schnitt sehr rasch an bestehende Wände und Dachflächen "anschmiegen". Dabei sind die Innen-Wärmedämm- und Verkleidungsschichten mit eingebaut und ebenfalls durch Anfasser ganz natürlich an die anderer Geometrie des Baues anpassbar. Die ganzen Elemente wie sparren, Pfetten und Dämmschichten "schwimmen" bei Änderung der Dachneigung "mit". Wenn ich also im Grundriss eine Pfette verschiebe, bleibt sie in der Ebene der Dachneigung jeweils an der richtigen Höhe. Wenn ich die Dachneigung verändere, bleibt die Pfette in der Grundrisslage - aber wandert mit der Sparrenkante mit. Wenn man sich im Bauteildialog bei Grundriss und Schnitt die Objektattribute aktiviert, erscheinen die Schraffuren im Schnitt in richtiger Form. Die Holzkonstruktion wird dabei von den Dämmschichten abgezogen. Mit geschickter Nutzung des SOE-Befehles zwischen Wänden und meinem Bauteil sind dann die Schnitte schon (fast) richtig. Ihr könnt Euch auch von meiner Dropbox das EDU17-File downloaden: https://www.dropbox.com/s/psala60uoxa0wcd/Dachkonstruktion%2017er%209.4.2014.pln Video: https://www.youtube.com/watch?v=l3mHcOECQUs 14.4.2012 - Anfasser zum seitlichen Verschieben der Giebel-Anschnitte 15.4.2012 - Aus - Einschalter für Pfetten und Schließenkranz-Seiten 18.4.2012 - Einfacher 6-Punkte - Lochwegschnitt hinzugefügt

Programm zur Stiegen-Erstellung einer einläufigen geraden Stiege im 3D und Schnitt mit direkter Interaktion im 3D-Fenster Demo zur Wishlist Stairmaker Archiocad 17-22 d-;

Escalera de Placa de acero de 1/2 pulgada para proyecto cuautemoc

Inclined steel column with variable profile heights and optional bottom and top plate.

Weitere Hotspots hinzugefügt, zum besseren Aneinanderbauen. Volle Drehbarkeit mit Hotspots - 2 x: einmal ganzes Element einfach drehen einmal Neigen wie gehabt Schalter zum Kippen hinzugefügt

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Movable wall with different number of panels and positions.

Precast rectangular beam with side extensions.

Rail with posts and panels.

Rail with posts and bars.

Библиотечный элемент армирования "'Арматурный пруток" v.0.1

Steel space frame with different cells in two directions, optional spheres in grid points.

Spatial steel truss girder end with symmetric triangular grid and vertical cutting plane.

Straight ramp with optional side flanges.

Universal column steel column with cutting planes at the ends and different sizes according to British Standards.

2D only.

2D Building foundation symbol

2D Building foundation symbol

handle ikea HISHULT

handle_ikea_HISHULT

lock

scaffolding crossbrace

Scaffolding main frame

Generic Gypsum board 12,5 mm

Generic Studs wood 170x45 c/c 600

Generic Steel Studs 195 c/c 1200

Plastic foil

OSB board 12 mm

Generic Insulation 195 mm

OSB board 15 mm

Generic Insulation 170 mm

Plaster

Generic Insulation 95 mm

Generic Gypsum board 9,5 mm

Generic Studs wood 195x45 c/c 1200

Generic wood panel 22 mm

Generic Steel Studs 75 c/c 600

Generic Studs wood 95x45 c/c 600

Generic Steel Studs 170 c/c 600

Window frame with louvers to cover ventilation outlets on building facade.

Crawford VL3016 from ASSA ABLOY Entrance Systems is available in an extra corrosion-proof model for extremely corrosive environments. The door may be mounted on the inside or outside of a building, or in the actual door opening. Crawford VL3016 is availab

Designed by Sauerbruch Hutton in 2012; - Modern art of the 20th and 21st centuries deserves an appropriate setting, with a building and its furniture that is just as modern. Berlin architects Sauerbruch Hutton were thus faced with an exciting challenge when asked to design the Museum Brandhorst in Munich. Three different seating solutions were developed for the museum that opened in 2009 – for the cafeteria, the foyer, the conference and lecture rooms as well as the lounge. ClassiCon developed the designs to the point of series production in close collaboration with the architects. The Munich Stool is the perfect addition to the furniture series by Sauerbruch Hutton. Combined with the Munich Lounge Chair, it invites the sitter to relax and put his feet up, but it can also be used on its own as extra seating. Frame of solid wood. Upholstery: Polyurethane with polyester fibre. Cover in fabric or leather.

CI System Continuous Rooflight B - Energy-efficient and superior statics The first continuous rooflight with complete thermal separation with approval for use in Germany and throughout Europe – for an optimised energy balance. With the CI System Continuous Rooflight B, we have developed a daylight system for intelligent building management that breaks new ground in terms of energy efficiency and structural design. In doing so, we have closely focused on intelligence – on well-engineered individual components in a completely heat-insulated, very economical and sturdy overall system. We call it TIP: Total Insulated Product. [LIST] Numerous glazing types Dimensions: length: endless width: 0.84 m to 6.00 m (inside dimension of frame) Ug values of 3.1 to 1.2 W/m²K Available Smoke and heat ventilation units (tested to EN 12101-2) European Technical Approval -ETA and German General Technical Approvals (ABZ) Enviromental product declararation acc. to EN 15804 [/LIST]

Designed by Sauerbruch Hutton in 2010; - Modern art of the 20th and 21st centuries deserves an appropriate setting, with a building and its furniture that is just as modern. Berlin architects Sauerbruch Hutton were thus faced with an exciting challenge when asked to design the Museum Brandhorst in Munich. Three different seating solutions were developed for the museum that opened in 2009 – for the cafeteria, the foyer, the conference and lecture rooms as well as the lounge. ClassiCon developed the designs to the point of series production in close collaboration with the architects. Frame of solid wood, clearly varnished or black-stained. Tabletop with reounded edges. Details and colours see price list.

[LIST] Energy saving automatic sliding door system DORMA&apos;s ST Flex Green satisfies the requirements of the latest energy-saving building regulations for England and Wales - Approved Document L (2010) while also harmonizing perfectly with the existing DORMA sliding door range. Ideal for Exterior doors, porch Max. system width 6250 mm Max. passage width 3000 mm Max. passage height 3000 mm Energy Efficiency EnEV 2014, UD-Values from 1,4 to max.1,8W/m²K Thermal Insulation EN ISO 10077 Drive DORMA ES 200, ES 200-D Durability Min. 1000000 cycles Escape Route ES 200-2D Certification Fabrication DIN ISO 9001, Environmental product declarations ISO 14025, DIN 18650 and EN 16005 Benefits are Excellent insulation features thanks to interlocking side seals and top and bottom seals, Suitable for use on emergency escape routes, Activation via radar, push pad or access control (further options on request) [/LIST]

Ceiling sails hang from the base ceiling as single panels, or are combined into islands. In this way they can take on any contours, edge configurations and surface coatings. The radiant ceiling sail, a functional component of building technology, becomes a custom design element. Compared to enclosed ceilings, the open structure of ceiling sails offers clear advantages: greater specific performance, better accessibility, simpler assembly and lower investment costs. Metawell® radiant islands made of aluminium sandwich panels improve the room acoustics without reducing the cooling and heating efficiency of building structure core-tempered ceilings. Moreover, performance deficiencies can be compensated specifically. Additionally the product has an EPD (Environmental Product Declaration).

Designed by Sauerbruch Hutton in 2009; - Modern art of the 20th and 21st centuries deserves an appropriate setting, with a building and its furniture that is just as modern. Berlin architects Sauerbruch Hutton were thus faced with an exciting challenge when asked to design the Museum Brandhorst in Munich. Three different seating solutions were developed for the museum, which opened in 2009 – for the cafeteria, the foyer, the conference and lecture rooms as well as the lounge. ClassiCon developed the designs to the point of series production in close collaboration with the architects. Along with demanding expectations in terms of form and quality, the typical wear and tear that the furniture would be subjected to in the public space had also to be taken into consideration. Its durability was ensured by means of various tests. Frame of solid wood, clearly varnished or black-stained. Frame of steel tubing with rubber webbing. Upholstery: Polyurethane with polyester fibre. Cover in fabric or leather. Details, colours and European standard tests see price list.

Designed by Sauerbruch Hutton in 2011; - Modern art of the 20th and 21st centuries deserves an appropriate setting, with a building and its furniture that is just as modern. Berlin architects Sauerbruch Hutton were thus faced with an exciting challenge when asked to design the Museum Brandhorst in Munich. Three different seating solutions were developed for the museum that opened in 2009 – for the cafeteria, the foyer, the conference and lecture rooms as well as the lounge. ClassiCon developed the designs to the point of series production in close collaboration with the architects. Along with demanding expectations in terms of form and quality, the typical wear and tear that the furniture would be subjected to in the public space had also to be taken into consideration. Its durability was ensured by means of various tests. Base of solid wood. Frame of steel tubing (with rubber webbing). Upholstery: Polyurethane with polyester fibre. Cover in fabric or leather. Details, colours and European standard tests see price list.

Aluminium sandwich panel for curtain wall facades with an overall thickness of 10 mm, weight only 5.7 kg/m2, non visible fixing methods (Glueing , Riveting), wide colour range and different coating possibilites, perfect flatness also for big elements (max. 1470 x 6000 mm), building inspectorate approval: Z-33.2-889 (DIBt Germany), fire rating acc. to DIN EN 13501: B - s2, d0, 100% recyclable (without previous material separation), excellent corrosion protection, Environmental Product Declaration

Designed by Sauerbruch Hutton in 2011; - Modern art of the 20th and 21st centuries deserves an appropriate setting, with a building and its furniture that is just as modern. Berlin architects Sauerbruch Hutton were thus faced with an exciting challenge when asked to design the Museum Brandhorst in Munich. The brief for the museum, which opened in 2009, included designing a dining table for use in the cafeteria. In close cooperation with the architects, ClassiCon took their draft a step further, resulting in a reinterpretation of the original design. The way the straight-edged tabletop with its rounded corners floats atop the oblique legs lends the table a special lightness. Together with the Munich Chair and Munich Armchair a harmonious ensemble is created for use either in the public or private realm. Frame of solid wood. Tabletop with rounded edges in clearly varnished MDF veneered with real wood. Details, colours and European standards see price list.

Designed by Sauerbruch Hutton in 2010; - Modern art of the 20th and 21st centuries deserves an appropriate setting, with a building and its furniture that is just as modern. Berlin architects Sauerbruch Hutton were thus faced with an exciting challenge when asked to design the Museum Brandhorst in Munich. Three different seating solutions were developed for the museum that opened in 2009 – for the cafeteria, the foyer, the conference and lecture rooms as well as the lounge. ClassiCon developed the designs to the point of series production in close collaboration with the architects. Frame of solid wood, clearly varnished or black-stained. Frame of steel tubing with rubber webbing. Upholstery: Polyurethane with polyester fibre. Cover in fabric or leather. Details and colours see price list.

[LIST] Revolving doors with 4 leafs The KTV revolving door range is designed for installation in entrance areas where interior environmental control coupled with elegant aesthetics are desired. Available as Manual, Automatic, Positional or Servomatic, the KTV range offers flexibility in design and function. Operation Modes Manual, Automatic, Positional and Servomatic operation Diamater any from 2000 mm to 3400 mm. Standard fixed diameters of 3600 mm and 3800 mm are also available. Floor mounted or ceiling mounted drive units for powered doors Glazed or solid canopy Robust framing or fine frame option Optional: Night shields for additional protection Integrated with DORMA CODIC MasterCard or MATRIX Professional Access Control solutions Certification BS EN 16005 Benefits are flexible design options to meet project specific requirments, DORMA KTV revolving doors effectively reduce noise, dust and dirt as well as greatly contributing to a reduction in building climate control when compared with conventional automatic doors. [/LIST]

These well-directed ceiling constructions with Post Cap profiles can be adapted to every building shape and offer versatile scope for design. All avenues of ceiling design are open thanks to freely selectable distances of Post Cap profiles and our range of diverse ceilings with Post Caps and Cross Noggins. A special visual variant are radially installed Post Caps combined with trapezoidal metal ceiling panels. Post Cap ceilings allow you to install partition walls to the Post Cap profiles. Thus, you can flexibly change your room layout.

[LIST] Revolving doors with 3 leafs The KTV revolving door range is designed for installation in entrance areas where interior environmental control coupled with elegant aesthetics are desired. Available as Manual, Automatic, Positional or Servomatic, the KTV range offers flexibility in design and function. Operation Modes Manual, Automatic, Positional and Servomatic operation Diamater any from 2000 mm to 3400 mm. Standard fixed diameters of 3600 mm and 3800 mm are also available. Floor mounted or ceiling mounted drive units for powered doors Glazed or solid canopy Robust framing or fine frame option Optional: Night shields for additional protection Integrated with DORMA CODIC MasterCard or MATRIX Professional Access Control solutions Certification BS EN 16005 Benefits are flexible design options to meet project specific requirments, DORMA KTV revolving doors effectively reduce noise, dust and dirt as well as greatly contributing to a reduction in building climate control when compared with conventional automatic doors [/LIST]

CI System Rooflight Dome F100 – Energy efficiency, stability, safety – Exceeds international standards The Rooflight Dome is also available as SHEV: CI System Smoke Lift F100 - versatile and economical. Smoke and heat ventilation units are essential components in any fire-protection concept. We provide for a whole range of requirements tailored to your project&apos;s needs: [LIST] Available in many dimensions The rooflight dome is ventilated and locked as standard – ventilation units can be retrofitted at any time As Smoke Lift: Pneumatic (CO2), electric (24 V, 48 V) tested to EN 12101-2 Complies with DIN 18234 without the need for extra work or expense Certified to EN 12101-2, SHEV designed, dimensioned in accordance with DIN 18232-2, regional building regulations and industrial construction guidelines Optional: Upstand with optimized Aa-values Thermally insulated, jointless GRP upstand 30, 40 or 50cm in height, with U values of 0.5 to 0.9 W/m²K EPD acc. to EN 15804 [/LIST]

[LIST] Revolving doors with 3 or 4 leafs The KTV revolving door range is designed for installation in entrance areas where interior environmental control coupled with elegant aesthetics are desired. Available as Manual, Automatic, Positional or Servomatic, the KTV range offers flexibility in design and function. Operation Modes Manual, Automatic, Positional and Servomatic operation Diamater any from 2000 mm to 3400 mm. Standard fixed diameters of 3600 mm and 3800 mm are also available. Floor mounted or ceiling mounted drive units for powered doors Glazed or solid canopy Robust framing or fine frame option Optional: Night shields for additional protection Integrated with DORMA CODIC MasterCard or MATRIX Professional Access Control solutions Certification BS EN 16005 Benefits are flexible design options to meet project specific requirments, DORMA KTV revolving doors effectively reduce noise, dust and dirt as well as greatly contributing to a reduction in building climate control when compared with conventional automatic doors. [/LIST]

Designed by Sauerbruch Hutton in 2011; - Modern art of the 20th and 21st centuries deserves an appropriate setting, with a building and its furniture that is just as modern. Berlin architects Sauerbruch Hutton were thus faced with an exciting challenge when asked to design the Museum Brandhorst in Munich. Three different seating solutions were developed for the museum that opened in 2009 – for the cafeteria, the foyer, the conference and lecture rooms as well as the lounge. ClassiCon developed the designs to the point of series production in close collaboration with the architects. Along with demanding expectations in terms of form and quality, the typical wear and tear that the furniture would be subjected to in the public space had also to be taken into consideration. Its durability was ensured by means of various tests. Base of solid wood. Frame of steel tubing (with rubber webbing). Upholstery: Polyurethane with polyester fibre. Cover in fabric or leather. Details, colours and European standard tests see price list.

CI System Glass Architecture PR60 - Living with light Develop customised shapes, design visual highlights and set aesthetic standards in a prestigious building project while still enjoying first-class energy efficiency: Such requirements are easy to meet with CI System Glass Architecture PR60. Naturally, we will also provide optimum integration of photovoltaic systems as well as connection to building control systems. [LIST] Extremely stable supporting structure made of rigid aluminium Efficient ventilation of glass rebates Practically no design constraints between 0 ° to 90 ° Resistant against wind load (Class C4/B5 EN 12210) Watertightness (Class E 1200 EN 12208) Permeability to air (Class 4 EN 12207) Heat transfer coefficient of the jambs and transoms (Um/t) of 1.3 to 0.72 W/(m²K) (depending on glazing thickness) Enviromental product declaration acc. to EN 15804 Available as Passive House Suitable Component - CI System Glass Architecture PR60energysave [/LIST]

The NORTEC raised floor system offers impressive in-built properties and truly state-of-the-art technology. It is the ideal product for almost any field of application. NORTEC floor panels give superb underfoot comfort. They are manufactured from calcium sulphate (gypsum): a non-combustible material with superlative structural and physical properties. This product also offers outstanding levels of soundproofing. As a manufacturer, we can determine the choice of raw materials used. The Institute of Building Biology in Rosenheim recommends NORTEC as a biologically-neutral building material. Our gypsum panels are virtually emission-free.

NOTES consists of five different shapes that you can dress in a fabric of your choice. These shapes can then be rearranged by moving them sideways. NOTES not only absorb sound, but also help divide space in a new and exciting way. So instead of building a

The Crawford 6020TA Teledock Autodock from ASSA ABLOY Entrance Systems has a telescopic lip and self supporting frame for easy integration with a building. The Crawford 6020TA Teledock Autodock provides a larger contact area between vehicle bed and dock l

An efficient, space saving, fire and moisture safe roof construction, suitable for single and multi-family houses with focus on sustainable building and passive houses with normal moisture loads indoors. The roof is designed with wooden beams without an a

The new acoustic panel Soundwave® ANDO is the first collaboration with the young Swedish designer Daniel Svahn. Daniel Svahn´s design turns a well known building material into a seemingly contradictory meeting between function and surface. When you cast

The electro-hydraulic Crawford 6030C Combidock from ASSA ABLOY Entrance Systems eliminates the need for different ramp heights and thereby reduces building costs. It is advisable to equip every frequent loading area with at least one Crawford 6030C Combid

NOTES consists of five different shapes that you can dress in a fabric of your choice. These shapes can then be rearranged by moving them sideways. NOTES not only absorb sound, but also help divide space in a new and exciting way. So instead of building a

Glass wool helps to significantly improve the acoustics of a building with Class A sound absorbtion. Isolation of separating floor to basement, garage or other unheated spaces can be done from below and afterwards if need be. This contributes to the floo

The Crawford DL6010SA Swingdock Autodock from ASSA ABLOY Entrance Systems has a self supporting frame for easy integration with a building. It is the base of a complete load house outside the building containing all relevant components, leveller, shelter

NOTES consists of five different shapes that you can dress in a fabric of your choice. These shapes can then be rearranged by moving them sideways. NOTES not only absorb sound, but also help divide space in a new and exciting way. So instead of building a

NOTES consists of five different shapes that you can dress in a fabric of your choice. These shapes can then be rearranged by moving them sideways. NOTES not only absorb sound, but also help divide space in a new and exciting way. So instead of building a

StoTherm Vario D+ is a moisture-proof external wall insulation system that combines light insulation materials with good insulation value, good drainability, and documented fire safety. The Sto-Ignucell Carrier Board 036 has several unique characteristics; it is draining, diffusion-open, equalises pressure, and has a fire classification without any addition of environmentally hazardous substances. To ensure their airtightness and moisture-proofness, the light stud walls are furnished with the StoGuard structure barrier. The system is well-suited to both new construction and renovation, e.g. as measures for damaged facades or energy upgrades to low-energy or passive houses. The components have been tested and comply with the requirements of the Swedish National Board of Housing, Building and Planning. - This BIM object is optimized for the scandinavian market, if there is any requests please contact Sto Scandinavia.

NOTES consists of five different shapes that you can dress in a fabric of your choice. These shapes can then be rearranged by moving them sideways. NOTES not only absorb sound, but also help divide space in a new and exciting way. So instead of building a

An efficient, space saving, fire and moisture safe roof construction, suitable for single and multi-family houses with focus on sustainable building and passive houses with normal moisture loads indoors. The roof is designed with wooden beams without an a

An agricultural feeding trough made of FSC certified sustainable timber construction,used to hold food for animals in a stable. Also doubles as a crib for divine infants. An important object in the instructions given to shepherds seeking the Messiah, as told in Luke 2, and also in the verification of a child’s importance which had, until then, been a secret held only by his parents. Used widely in traditional representations of the Christmas story. Referenced in the title of one of the country’s most popular carols ‘Away in a Manger’, first published in 1884 with lyrics falsely attributed to Martin Luther. Ideal object in any Christmas tableau or farm building, comes with a structural guarantee of more than 2,000 years. A ‘Baby In a Manger’ (BIM) object created by the BIMobject team for Liz Male Consulting Ltd to wish you a very Happy Christmas.

FIBRANxps 400-L, is a thermal insulation board made of extruded polystyrene, having a smooth surface and edges in the shape of letter “L” to prevent the formation of thermal bridges. FIBRANxps, as a permanently effective thermal insulation solution, is used widely in building and industrial applications. The advantages of FIBRANxps thermal insulation are its high compressive strength and the closed structure of its cells, which enhances its water resistance properties and permits its use in wet environments. Products with rough and open surface structure are excellent substrates for rendering applications.

FIBRANxps 300-L, is a thermal insulation board made of extruded polystyrene, having a smooth surface and edges in the shape of letter “L” to prevent the formation of thermal bridges. FIBRANxps, as a permanently effective thermal insulation solution, is used widely in building and industrial applications. The advantages of FIBRANxps thermal insulation are its high compressive strength and the closed structure of its cells, which enhances its water resistance properties and permits its use in wet environments. Products with rough and open surface structure are excellent substrates for rendering applications.

ETICS GF, is a thermal insulation board made of extruded polystyrene, having a rough (waffle) surface for good application of mortar or adhesives. FIBRANxps, as a permanently effective thermal insulation solution, is used widely in building and industrial applications. The advantages of FIBRANxps thermal insulation are its high compressive strength and the closed structure of its cells, which enhances its water resistance properties and permits its use in wet environments. Products with rough and open surface structure are excellent substrates for rendering applications.

FIBRANxps MAESTRO, is a thermal insulation board made of extruded polystyrene, having a smooth surface and edges in the shape of letter “D” to prevent the formation of thermal bridges. FIBRANxps, as a permanently effective thermal insulation solution, is used widely in building and industrial applications. The advantages of FIBRANxps thermal insulation are its high compressive strength and the closed structure of its cells, which enhances its water resistance properties and permits its use in wet environments. Products with rough and open surface structure are excellent substrates for rendering applications.

This BIM object is made in conjunction with Laattapiste - LAUFEN pro is a comprehensive bathroom range, which offers the ideal solution for every spatial situation and requirement and also reflects the building values of the current generation.Industrial design is the modern answer to the once revolutionary idea that everyone has a right to enjoy beautiful forms. Good design is now no longer a right reserved for the most affluent customers. Modern methods of industrial production and designers such as Peter Wirz of Process, who put optimum manufacturing feasibility at the forefront of their creative processes, make such sanitary ware ranges as LAUFEN pro possible. This does not just benefit the designer, more importantly, it also benefits the customer.

This BIM object is made in conjunction with Laattapiste - LAUFEN pro is a comprehensive bathroom range, which offers the ideal solution for every spatial situation and requirement and also reflects the building values of the current generation.Industrial design is the modern answer to the once revolutionary idea that everyone has a right to enjoy beautiful forms. Good design is now no longer a right reserved for the most affluent customers. Modern methods of industrial production and designers such as Peter Wirz of Process, who put optimum manufacturing feasibility at the forefront of their creative processes, make such sanitary ware ranges as LAUFEN pro possible. This does not just benefit the designer, more importantly, it also benefits the customer.

This BIM object is made in conjunction with Laattapiste - LAUFEN pro is a comprehensive bathroom range, which offers the ideal solution for every spatial situation and requirement and also reflects the building values of the current generation.Industrial design is the modern answer to the once revolutionary idea that everyone has a right to enjoy beautiful forms. Good design is now no longer a right reserved for the most affluent customers. Modern methods of industrial production and designers such as Peter Wirz of Process, who put optimum manufacturing feasibility at the forefront of their creative processes, make such sanitary ware ranges as LAUFEN pro possible. This does not just benefit the designer, more importantly, it also benefits the customer.

This BIM object is made in conjunction with Laattapiste - LAUFEN pro is a comprehensive bathroom range, which offers the ideal solution for every spatial situation and requirement and also reflects the building values of the current generation.Industrial design is the modern answer to the once revolutionary idea that everyone has a right to enjoy beautiful forms. Good design is now no longer a right reserved for the most affluent customers. Modern methods of industrial production and designers such as Peter Wirz of Process, who put optimum manufacturing feasibility at the forefront of their creative processes, make such sanitary ware ranges as LAUFEN pro possible. This does not just benefit the designer, more importantly, it also benefits the customer.

H-ikkuna is suitable for nearly all kinds of building projects from smaller houses to apartment buildings, new buildings to restructuring sites. Every single window solution is tailored to our customers&apos; needs. In addition to H-ikkuna Classic, our windows are also available in fixed version. The slim-framed H-ikkuna offers designers numerous, stylish opportunities. The width of the frame is 95-105 mm and its depth can be adjusted. The simple and elegant lines of H-ikkuna are not interfered by separate ventilation windows or visible hinges and fittings. Every H-ikkuna is meticulously manufactured for a perfect fit. Courtesy by rakennustieto Finland. These downloadable objects are only available in Finnish at the moment.

A balcony facade gives the building a face. Through the balconies the house and its residents interact with the environment. The atmosphere and look of the building is based on successful choices. Lumon balcony facades meet the requirements of modern architecture and construction. The ready-made technical alternatives speed up construction and provide the designer with tools to create high-quality architecture.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Inert incobustible calcium sulphate and fibers core panels, density between 1.100 and .1200 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter join.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 650 and 700 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 700 and 750 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Inert incobustible calcium sulphate and fibers core panels, density between 1.100 and 1.200 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter join.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 650 and 700 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 650 and 700 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Chipboard FSC® core panels, density between 700 and 750 kg/m3, totally encased in two steel galvanized tray, thickness between 0,30 and 0,35 mm, assembled with vinyl gluing and double folded with patented perimeter joint, bare finishing for loose-lay covers.

Raised Access Floors Modular Systems to provide the best quality in the world of access flooring components in both commercial and residential buildings, thanks to our full encapsulated panels and our expertise and technical know-how we can ensure and provide the right choice of floor systems to face the challenge of new technologies in building construction. Inert incobustible calcium sulphate and fibers core panels, density between 1.500 and 1.600 kg/m3, totally encased in two steel galvanized tray, thickness between 0,40 and 0,45 mm, assembled with vinyl gluing and double folded with patented perimeter join.

Cembrit Cembonit A strong, weather-proof cladding sheet characterised by its muted, matt finish. During manufacturing, the through-coloured sheet receives a unique surface treatment which makes it powerfully resistant towards water staining and dirt, ensuring a long-lasting and durable facade. Cembrit Cembonit comes in 11 subtle colours. The natural authenticity of Cembrit Cembonit is expressed through the slight colour variations in the surface, imbuing your facade with the play of light and nuances you associate with any natural building material. Over time, these natural variations may develop further as the surface patinates. [LIST] 901 Pearl 911 Sand 915 Tufa 921 Flint 922 Graphite 935 Ruby 941 Magma 942 Ruby 946 Adobe 951 Emerald 967 Granite [/LIST]

The aluminium main entrance door is designed for installation as the main entrance to a commercial or public building.

Our fence cinder blocks has exceptionally sharp edges which gives a nice finishing touch to any building whatsoever, even to completely modern housing. Undoubtedly a great advantage of regular cinder blocks is that it does not matter whether you use a wooden or metal filling, either way, it will look great. These regular cinder blocks are made in six different colours with dimensions 38,5 x 19 x 19 centimetres.

Sickle-shaped concrete taller landscape edging can be used for outdoor works such as building a patio or tiled areas. Its interesting look makes it a great decoration for parks or elaborate gardens. It goes perfectly with rounded elements buildings. The product lines of sickle-shaped edgings, CORTO and GRANDE, form an incredible contrasting look next to any turf; it is greatly valued with various landscaping works.

Sickle-shaped concrete taller landscape edging can be used for outdoor works such as building a patio or tiled areas. Its interesting look makes it a great decoration for parks or elaborate gardens. It goes perfectly with rounded elements buildings. The product lines of sickle-shaped edgings, CORTO and GRANDE, form an incredible contrasting look next to any turf; it is greatly valued with various landscaping works.

Here, the awning is guided by a zipper fused to the fabric and by a flexible PVC inlay in the guide rail. This increases stability and prevents annoying light gaps from forming between the awning fabric and the guide. At a width of just 25 mm, the guide rail enables optimal integration of the sun shading system into the building facade. Since the start of the current year, our lineup of window awnings with ZIP guidance has been expanded to include two new cover panel sizes: the size 9 cover panel (our smallest model) and the size 15 cover panel (our largest model). For a smooth transition from the unit to the facade, the flush-mount deep guide rail (on the size 13 cover panel) can be used. When extended, the window awnings with ZIP guidance can withstand max. wind speeds of up to 24.4 m/s. Construction limit values: [LIST] max. width: 4000 mm max. height: 6000 mm [/LIST]

A completely parametric object with 43 corners. It is part of the 3DMD Aluminum Truss Library, a library of aluminum truss objects. The object is inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

A completely parametric 11 objects and 34 preset combinations. There are Nodes, Roofs, Towers and roof nodes. The objects are inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

A completely parametric object with 38 crosses. It is part of the 3DMD Aluminum Truss Library, a library of aluminum truss objects. The object is inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

A completely parametric 11 objects and 34 preset combinations. There are Nodes, Roofs, Towers and roof nodes. The objects are inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

A completely parametric 11 objects and 34 preset combinations. There are Nodes, Roofs, Towers and roof nodes. The objects are inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

A completely parametric 11 objects and 34 preset combinations. There are Nodes, Roofs, Towers and roof nodes. The objects are inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

A completely parametric 11 objects and 34 preset combinations. There are Nodes, Roofs, Towers and roof nodes. The objects are inspired by the brands Milos and Litec, so you can find a similar preset dimensions for each object. You can, however, customize the dimensions of every object to match your favorite brand. The Outline option helps you to simplify the visualization in both 2D and 3D. Download a PDF about this product http://www.3dmediadesign.it/objects/3DMD_Al_Truss_Library.pdf Watch a video about this product http://youtu.be/uC_w124TakU

3DMD Railing Vertical Bar is a railing on a polyline 3d. You can add new points, create arcs, modify elevation of the path points, slope, create a close path. Option to see the path as a straight line to use for schedules. Quantities and many other options.

Polyline pathway editable. You can add new point, create arc, modify elevation of the path point, create a close path. You can also have the texture follow the path both in 2d and 3d.

3DMD Railing Panel Hanging is a railing on a polyline 3d. You can add new points, create arcs, modify elevation of the path points, slope, create a close path. Option to see the path as a straight line to use for schedules. Quantities and many other options.

3DMD Railing Panel Inner is a railing on a polyline 3d. You can add new points, create arcs, modify elevation of the path points, slope, create a close path. Option to see the path as a straight line to use for schedules. Quantities and many other options.

3DMD Railing Panel Outer is a railing on a polyline 3d. You can add new points, create arcs, modify elevation of the path points, slope, create a close path. Option to see the path as a straight line to use for schedules. Quantities and many other options.

3DMD Railing Vertical Bar is a railing on a polyline 3d. You can add new points, create arcs, modify elevation of the path points, slope, create a close path. Option to see the path as a straight line to use for schedules. Quantities and many other options.

3DMD Railing Vertical Bar is a railing on a polyline 3d. You can add new points, create arcs, modify elevation of the path points, slope, create a close path. Option to see the path as a straight line to use for schedules. Quantities and many other options.

3DMD Railing Vertical Element is a railing on a polyline 3d. You can add new points, create arcs, modify elevation of the path points, slope, create a close path. Option to see the path as a straight line to use for schedules. Quantities and many other options.

Architrave with different profiles.

Architrave with variable top and optional sill trim.

Barrel vault with optional wall connection.

Fra kælder til etage 0

Trappe fra etage 7 til etage 8 H = 3700

Boulder wall with adjustable boulder size and optional slant.

Bowstring wood truss with optional division number and end cut.

Casing for wall end.

Slab Accessory that applies grid lines to the surface of a slab that can be snapped to and centered in a ceiling area. The host massing slab should be modeled first and selected before applying the Slab Accessory which is typically located at Design/Design Extras/Accessories/Slab Accessories… In order to function, one of the Goodies for ArchiCAD called “Accessories” must be installed and its accompanying Accessory Library must be loaded. Go to http://www.graphisoft.com/downloads/goodies/AC17/USA.html updated by Ransom Ratcliff

Este accesorio de forjado permite crear un forjado colaborante recubriendo con una chapa laminada la superficie del forjado. Con una fácil e intuitiva interfaz, podemos mover el punto caliente en planta para dirigir la dirección de la chapa, en las propiedades del elemento podemos crear a nuestra medida el perfil de las láminas y en el 3D, y en las propiedades del elemento, podemos poner a la altura que queramos la chapa para crear nuestro forjado colaborante a gusto. El último paso sería utilizar el objeto como elemento de sustracción con extrusión en la dirección que deseamos para que nuestro forjado sea totalmente real.

CHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel beam with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

Column with conic top.

Doric column with base and capital.

Faceted column with optional base and capital.

Rectangular column.

Round column.

Cross vault.

Superior vault with optional number of inferior vaults on sides.

cw door

Dachstuhlkonstruktion - für die 16er Version und somit meine Schüler wie der Roofmaker funktionieren sollte - oder besser noch -wie das ganze Dach eigentlich funktionieren sollte! Damit kann man sich im Grundriss und Schnitt sehr rasch an bestehende Wände und Dachflächen "anschmiegen". Dabei sind die Innen-Wärmedämm- und Verkleidungsschichten mit eingebaut und ebenfalls durch Anfasser ganz natürlich an die anderer Geometrie des Baues anpassbar. Die ganzen Elemente wie sparren, Pfetten und Dämmschichten "schwimmen" bei Änderung der Dachneigung "mit". Wenn ich also im Grundriss eine Pfette verschiebe, bleibt sie in der Ebene der Dachneigung jeweils an der richtigen Höhe. Wenn ich die Dachneigung verändere, bleibt die Pfette in der Grundrisslage - aber wandert mit der Sparrenkante mit. Wenn man sich im Bauteildialog bei Grundriss und Schnitt die Objektattribute aktiviert, erscheinen die Schraffuren im Schnitt in richtiger Form. Die Holzkonstruktion wird dabei von den Dämmschichten abgezogen. Mit geschickter Nutzung des SOE-Befehles zwischen Wänden und meinem Bauteil sind dann die Schnitte schon (fast) richtig. Ihr könnt Euch auch von meiner Dropbox das EDU17-File downloaden: https://www.dropbox.com/s/psala60uoxa0wcd/Dachkonstruktion%2017er%209.4.2014.pln Video: https://www.youtube.com/watch?v=l3mHcOECQUs 14.4.2012 - Anfasser zum seitlichen Verschieben der Giebel-Anschnitte 15.4.2012 - Aus - Einschalter für Pfetten und Schließenkranz-Seiten 18.4.2012 - Einfacher 6-Punkte - Lochwegschnitt hinzugefügt 20.4.2014 - unterer Anschnitt Sparren rausschiebbar für Möglichkeit des senkrechten Anschnitt des Sparrens. - Eine Querlattung unter den Sparren zwischen der Wärmedämmung - C-Profile unter dem GK in der Luftschichte 21.4.2014 - Traufenpfette hinzugefügt 22.4.2014 - Grat - Ichsensparren hinzugefügt (unterer Anschnitt fehlt hier noch)

Dachstuhlkonstruktion - wie der Roofmaker funktionieren sollte - oder besser noch -wie das ganze Dach eigentlich funktionieren sollte! Damit kann man sich im Grundriss und Schnitt sehr rasch an bestehende Wände und Dachflächen "anschmiegen". Dabei sind die Innen-Wärmedämm- und Verkleidungsschichten mit eingebaut und ebenfalls durch Anfasser ganz natürlich an die anderer Geometrie des Baues anpassbar. Die ganzen Elemente wie sparren, Pfetten und Dämmschichten "schwimmen" bei Änderung der Dachneigung "mit". Wenn ich also im Grundriss eine Pfette verschiebe, bleibt sie in der Ebene der Dachneigung jeweils an der richtigen Höhe. Wenn ich die Dachneigung verändere, bleibt die Pfette in der Grundrisslage - aber wandert mit der Sparrenkante mit. Wenn man sich im Bauteildialog bei Grundriss und Schnitt die Objektattribute aktiviert, erscheinen die Schraffuren im Schnitt in richtiger Form. Die Holzkonstruktion wird dabei von den Dämmschichten abgezogen. Mit geschickter Nutzung des SOE-Befehles zwischen Wänden und meinem Bauteil sind dann die Schnitte schon (fast) richtig. Ihr könnt Euch auch von meiner Dropbox das EDU17-File downloaden: https://www.dropbox.com/s/psala60uoxa0wcd/Dachkonstruktion%2017er%209.4.2014.pln Video: https://www.youtube.com/watch?v=xATF6RqMzrE

Dachstuhlkonstruktion - wie der Roofmaker funktionieren sollte - oder besser noch -wie das ganze Dach eigentlich funktionieren sollte! Für die 16er Version.. Damit kann man sich im Grundriss und Schnitt sehr rasch an bestehende Wände und Dachflächen "anschmiegen". Dabei sind die Innen-Wärmedämm- und Verkleidungsschichten mit eingebaut und ebenfalls durch Anfasser ganz natürlich an die anderer Geometrie des Baues anpassbar. Die ganzen Elemente wie sparren, Pfetten und Dämmschichten "schwimmen" bei Änderung der Dachneigung "mit". Wenn ich also im Grundriss eine Pfette verschiebe, bleibt sie in der Ebene der Dachneigung jeweils an der richtigen Höhe. Wenn ich die Dachneigung verändere, bleibt die Pfette in der Grundrisslage - aber wandert mit der Sparrenkante mit. Wenn man sich im Bauteildialog bei Grundriss und Schnitt die Objektattribute aktiviert, erscheinen die Schraffuren im Schnitt in richtiger Form. Die Holzkonstruktion wird dabei von den Dämmschichten abgezogen. Mit geschickter Nutzung des SOE-Befehles zwischen Wänden und meinem Bauteil sind dann die Schnitte schon (fast) richtig. Ihr könnt Euch auch von meiner Dropbox das EDU17-File downloaden: https://www.dropbox.com/s/psala60uoxa0wcd/Dachkonstruktion%2017er%209.4.2014.pln https://www.youtube.com/watch?v=xATF6RqMzrE

Domical vault with editable cutting plane.

Double slope steel frame with variable profile heights and optional bottom plate.

Programm-Demo zur Stiegen-Erstellung einer sehr einfachen einläufigen geraden Stiege im 3D und Schnitt mit direkter Interaktion im 3D-Fenster mit automatischer Berechnung der Stufenanzahl über 2xh+B=63cm. Der Anfasser für die Höhe im Schnitt und im 3D zeigt unmittelbar Änderungen am Modell und der Beschriftung. Die Anschluß-Aufbauhöhen sind ebenfalls mitAnfassern editierbar. Das Teil soll einenmöglichen Interface - Weg für den neuen Stiegenmacher aufzeigen.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Equal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

Escalera ya existente en el proyecto de Cuatemoc

Fence with horizontal boards and posts.

Fence with vertical boards, battens and posts.

Fink wood truss with optional end cut.

Flat Howe wood truss with optional division number.

Flat Pratt wood truss with optional division number.

Planar steel truss girder with triangular grid.

Planar steel truss girder end with triangular grid and vertical cutting plane.

Horizontal an vertical grid with optional filling.

HEA steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved HEA steel beam with different sizes according to EN Standards.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEAA steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved HEAA steel beam with different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved HEB steel beam with different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved HEM steel beam with different sizes according to EN Standards.

Inclined steel beam with variable profile heights and optional end plates.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel column with cutting planes at the ends and different sizes according to EN Standards.

Curved IPE steel beam with different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel column with cutting planes at the ends and different sizes according to EN Standards.

Joist steel column with cutting planes at the ends and different sizes according to British Standards.

Steel lean-to with variable profile heights and optional bottom plate.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Lipped C section light steel column.

Negative curved molding with different profiles.

Positive curved molding with different profiles.

Straight molding with different profiles.

Painel de blocos cerâmicos do tipo 'Green Wall', para construção de muros verdes e jardins verticais. Informações e atualizações: http://dtabach.com.br/gdl-bim/objetos/painel-green-wall durval@dtabach.com.br

Parallel chord steel joist with different profiles and seat bearing.

Parallel chord steel joist with different profiles.

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Parallel flange channel steel column with cutting planes at the ends and different sizes according to British Standards.

Curved parallel flange channel steel beam with different sizes according to British Standards.

Pitched Howe wood truss with optional division number and end cut.

Pitched Pratt wood truss with optional division number and end cut.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Plain C section light steel column.

Precast I beam.

Precast I beam.

Precast inverse Tee beam.

Precast L beam.

Precast rectangular beam.

Precast Tee beam. Options: inclination, holes

Round or rectangular precast column with optional capital.

Precast double tee beam.

Rectangular precast column with haunches.

Precast Tee beam.

Precast slab with optional hollow profiles and topping.

Metallplatte mit unterschiedlichen Profilen und Schnittebenen.

Metal sheet with different profiles and cutting planes.

Quoin with different styles.

Rail with frame and balusters.

Rail with parallel bars.

Rail with posts and balusters.

Rail with panels, straight or curved, with optional inclination.

Rail with posts and bars.