CAD Exchanger SDK 3.20 for Android Crack

HomeProductsCAD Exchanger SDK

Software Libraries to Read, Write and Visualize 3D CAD files

Quickly and easily enrich your web, server or desktop app with access to CAD and BIM data.

Work with CATIA, SOLIDWORKS, Creo, STEP, JT, IFC and many more formats from C++, Python, C#, Java and JavaScript.

Play CAD Exchanger SDK Overview

Suitable for any 3D powered application

3D web applications

Ingest, convert and process CAD/BIM data on the backend. Use lightweight and interactive visualization on the frontend.

AR, VR and Unity applications

Set up 3D data conversion pipelines with tunable mesh generation and optimization to deliver immersive experiences.

Manufacturing as a Service platforms

Enable seamless part import, accurate cost estimations and instant DFM feedback for sheet metal, CNC machining, etc.

Engineering applications

Get full access to the structure, geometry and metadata in CAD and BIM models. Save time by using robust advanced processing functions.

All your CAD and 3D data needs, covered

Import and Export

Visualization of CAD, BIM & 3D data

3D and drawing data

Analysis and Measurement

PMI and insights from 3D data

Mesh Generation & Model Modification

Customizable to fit your needs

Pick components to deliver the most value to your users

Get started with everything you need for a fully‑featured 3D application

Top it off with optional components for maximum productivity

Converters

Proprietary and open standards

visualization

Desktop and web 3D viewers & tools

Advanced processing

Meshing, simplification, NURBS recognition

Integrations

Game engines, CAD kernels

Data model, shape healing, basic modeling

C++

Java

import cadex.*;

...

// format-neutral document

ModelData_Model aModel = new ModelData_Model();

STEP_Reader aReader = new STEP_Reader();

aReader.ReadFile (new Base_UTF16String("bolt.stp"));

aReader.Transfer (aModel);

STL_Writer aWriter = new STL_Writer();

aWriter.Transfer (aModel);

aWriter.WriteFile (new Base_UTF16String("bolt.stl"));

Utilize SDK's capabilities on desktop, mobile and in the cloud. Directly embed into C++, C#, Java, Python and Javascript apps, or run in a separate process from any other language.

LinuxWindowsAppleAndroid

C++C#JavaPythonJavaScript

Get started quickly with clean and structured API, easy‑to‑follow guides and examples. Add a wealth of value to your application in a matter of hours.

Flexible Licensing for Enterprise and Startups

Access to all updates

Independent from expensive CAD software

For application distribution, SaaS or in-house use

Individual components and cost-effective bundles

Trusted by Industry Leaders

3D HUBS

SENER

Altium LLC

Hyundai Robotics

Supported formats

CAD formats

Neutral formats

Kernel formats

Proprietary formats

3D PDF

Collada

glTF

OBJ

STEP

USD

3DS

DXF

IGES

PLY

STL

VRML

3MF

FBX

PRC

U3D

X3D

ACIS

Open CASCADE

Parasolid

Rhino

C3D

CATIA V5

CATIA V6 (3D XML)

DWG

Inventor

PTC Creo

Siemens NX

Solid Edge

SOLIDWORKS

BIM formats

Neutral formats

Proprietary formats

IFC

Revit

Details

Format

File Extensions

Read/Write

B-Rep

Mesh

Notes

3D PDF

.pdf

3DS

.3ds

Windows only

3MF

.3mf

ACIS

(R2.0 and newer)

.sat, .sab

Recommended for data exchange with Autodesk products and ACIS-based applications

CATIA V5

(V5)

.CATPart, .CATProduct

CATIA V6 (3D XML)

(4.0, 4.1, 4.2, 4.3)

.3dxml

Collada

.dae

DWG

.dwg

DXF

.dxf

FBX

(2012 and newer)

.fbx

Recommended for data exchange with Autodesk Maya

glTF

(2.0)

.gltf, .glb

Recommended for data exchange with three.js

IFC

(2x3, 4)

.ifc

Recommended for data exchange with AEC/BIM applications

IGES

(all)

.igs, .iges

Inventor

(2015-2021)

.ipt, .iam

(v8.x - v10.x)

.jt

Recommended for export to Siemens NX and other PLM apps, or as alternative to the NX format

OBJ

.obj

Open CASCADE

.brep

Recommended for data exchange with OCC-based applications

Parasolid

(all)

.x_t, .x_b

Recommended for data exchange with SolidWorks, SolidEdge, NX, OnShape and other Parasolid-based applications

PLY

.ply

PRC

.prc

PTC Creo

.prt, .asm

Revit

.rvt

Rhino

(up to 7)

.3dm

Recommended for data exchange with Rhinoceros and Grasshopper

Siemens NX

.prt

Solid Edge

.asm, .par, .psm

SOLIDWORKS

(2004 - 2021)

.sldprt, .sldasm

STEP

(AP203, 214, 242)

.stp, .step

Recommended for data exchange with CATIA and when ACIS/Parasolid/Rhino do not apply

STL

.stl

U3D

.u3d

USD

.usd, .usda, .usdc, .usdz

VRML

(v1/1995, v2/1997)

.wrl

X3D

.x3d

C3D

.c3d

Graphical formats

.png, .bmp, .jpeg, .jpg

For further details on capabilities and supported scope of each format refer to CAD Exchanger SDK documentation.

Parts and assemblies

Depending on format capabilities, CAD Exchanger supports both parts and assemblies.

Files with external references (in STEP, JT, Solidworks and other applicable formats) are supported.

B-Rep and meshes

All types of geometries are supported -- analytical, NURBS and procedural.

Triangulations, polylines and point clouds are supported.

Converting between B-Rep and meshes

When converting B-Rep (precise geometry) to mesh-only formats (e.g. IGES to STL) the mesh generator is applied to each B-Rep body. Depending on target format capabilities it can be either single or multiple meshes per B-Rep (the multi-LOD, or Level of Details concept).

When converting B-Rep & mesh formats to mesh-only formats (e.g. JT to OBJ), a specific LOD in the source file is used.

When converting mesh-only to B-Rep & mesh formats (e.g. VRML to JT), only the mesh is used.

Converting a mesh-only to B-Rep-only format (such as STL to Parasolid) effectively has a very low value and thus is not recommended. When enforced, the conversion creates a B-Rep body consisting of faces per each original mesh triangle. Such a B-Rep can merely be used for visualization purposes but not for modeling. Refer to details.

Meta-data

Depending on format capabilities, CAD Exchanger supports names, persistent id's, user-defined properties, colors, materials and textures.

PMI (Product and Manufacturing Information)

Whenever applicable, PMI is supported at all three levels: as graphical PMI, semantic PMI and associations with B-Rep elements (such as face or edge).

full access to the structure, geometry and metadata in CAD and BIM models. Save time by using robust advanced processing functions