Innovant. From eight hours to ten minutes.
A custom-furniture manufacturer designing for Fortune-500 corporate floors. Customization was the product — and the bottleneck. Parametric Autodesk Inventor models replaced manual part adjustment; a C# .NET bundler replaced manual drawing assembly. The shop floor went from receiving an eight-hour bundle to receiving a ten-minute one.
- Client
- Innovant Inc.
- Sector
- Manufacturing · custom office furniture (since 1990)
- End clients
- Fortune 500 — Apple, Google, Morgan Stanley, Redfin
- Engagement
- Parametric CAD + automated drawing bundling
- Stack
- Autodesk Inventor · iLogic · VBA · Inventor API · C# .NET · AutoCAD
- Performed by
- ShiftCTRL
Bespoke at scale.
Innovant has designed and manufactured custom office furniture since 1990 — workstations, conference solutions, and private office environments for prestigious corporate clients worldwide. Their products integrate into architectural spaces while delivering tailored functionality at the per-floor level.
As the demand for that bespoke offering grew, the operational consequences of customization grew with it. The intricate nature of custom furniture design, coupled with manual workflows in the engineering team, was producing inefficiencies, delays, and costly errors. Innovant engaged ShiftCTRL to design and ship the automation underneath it.
Two bottlenecks. Both manual.
Custom part creation.
Each client order required engineers to manually adjust thousands of unique parts — modifying dimensions, materials, configurations, and more. The labor consumed weeks of engineering time, delaying project timelines and inflating costs.
Drawing generation and bundling.
Once a design was finalized, engineers spent an entire day — eight hours — generating and organizing the engineering drawings the shop floor needed. Manual errors regularly produced outdated or incorrect parts in the bundle, which produced production mistakes, material waste, and further delays.
Parametric models. A bundler. The Inventor API throughout.
Parametric CAD models for automated customization.
Built on Autodesk Inventor, iLogic, VBA, and the Autodesk Inventor API. The parametric models dynamically generate custom parts to client specification — automatically adjusting screws, threads, material dimensions, cutouts, and mounting points to meet exact requirements.
// IMPACTEngineering time for custom parts reduced by up to 80%, transforming what once took weeks into hours.Automated drawing generation and bundling tool.
Built in C# .NET against the Autodesk Inventor API. The bundler identifies the master assembly for each project, generates a comprehensive parts list including all components and subcomponents, updates hundreds-to-thousands of engineering drawings to ensure accuracy and consistency, and exports the updated drawings to designated folders organized by part number — producing a complete bundle ready for the shop floor.
// IMPACTA workflow that previously took 8 hours runs in 10 minutes — over 95% time saved — with the automated path eliminating human errors end-to-end.
Measured at the engineering bench.
The lineage Foresight grew out of.
The Innovant engagement is the closest direct lineage of Foresight. The same software-engineering muscle that produced parametric Inventor models for a custom-furniture manufacturer in 2018 is what now produces a 2D CAD-style network planner for ShiftCTRL's own engineering work. Parametric design generation, automation around an extensible API surface, a bundler that takes a master assembly and produces a complete shop-floor package — the same shape, applied to a different domain.
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Have a similar bottleneck in CAD or design automation?
If your engineering team is hand-adjusting parts or hand-bundling drawings, the math is the same as Innovant's. We've built the parametric and bundler patterns before — happy to talk.