Description
Woodwork for Inventor – Furniture Design Software
Woodwork for Inventor is industry-specific furniture design software designed for woodworkers and fully integrated into Autodesk Inventor. What does it bring to the table that simple Autodesk Inventor can‘t deliver? Although Autodesk Inventor is a very powerful design engine, it doesn‘t provide tools for specific industries like the furniture design industry. We understand the specific needs of woodworkers and which aspects of the regular modeling workflow would take them the most time to do. And we focused on that with Woodwork for Inventor. Our software is built around the skeletal modeling design approach which is ideal for the rapid prototyping nature of panel design.
What lifts it to the next level is iBox technology. It is built around the use of pre-defined assemblies with woodworking functionality built into them. iBox allows to stretch, to shrink and it‘s all based according to the design conditions that you‘ve set. And user can author or publish their standard product into the iBox technology. Moreover, users can create their own iBox library which will be major advantage.
Woodwork for Inventor is highly flexible in wood material management, it allows you to work with various material profiles and cover material types.
Unified hardware items library with automated component placement, automatic sculpt and subtraction for hole fittings and connection joints. Automatic generation of Furniture design industry-tailored BOM (Bill of Materials). Automatic drawings generation. CNC programs and much more – all covered in Woodwork for Inventor.
It is used by the world’s most forward-thinking and prestigious designers. Versatility and variety of industries that Woodwork for Inventor is used in are impressive – Italian boutique furniture designers, residential kitchens designers, commercial shopfront fitters.
Woodwork for Inventor speaks your language – English, French, German, Russian, Polish, Italian and Spanish languages.
Woodwork for Inventor features
Multiplication arrangement of furniture hardware
Components, axes defining the hardware position, component database, etc.
Size calculations of part and blank
Texture direction, overlaps, added coating, sunk coating, etc.
Automatic generation of drawings
Drawings, templates, annotations, projections, scaling, etc.
Use of prototype and assembly copying
Renaming of files, connections between components, hierarchical encoding, etc.
Data integration with the Autodesk Vault program
Dimensions, materials, data, specification, etc.
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