Each step can be hired on its own or as a complete flow: you arrive with a need and leave with a validated prototype, made with the process that best fits your case.
3D modeling of parts and assemblies, tolerance definition, and design-for-manufacturing (DFM) preparation.
Structural validation before fabrication, cutting rework and iteration cost.
Parts and assemblies in steel and aluminum, made with the process best suited to each prototype.
From the first test piece to a prototype that behaves like the final product.
We help identify the right process — machining, sheet cutting and bending, casting, 3D printing, or another route — so the prototype meets the project's expectations.
When the project calls for it, we visit the client on-site for a field survey before or during prototype development.
Beyond the part and the prototype, we help with the process engineering around them.
Flow organization, machine and station placement to reduce travel and bottlenecks, using lean manufacturing principles.
Safe planning for lifting and moving heavy loads and equipment, led by a certified Master Rigger.
Developing safety practices and ergonomic adjustments at workstations.
Identifying bottlenecks and proposing process and productivity improvements.
Send the spec and material — we'll respond with lead time and a suggested process.