Engineering services
built for production.

We build fully parametric CAD models that hold up through design revisions, client reviews, and manufacturing handoffs. Every part is modeled with design intent — clean history trees, organized bodies, and geometry that performs the same way in CAM as it does on screen.

Whether it's a single custom component or a complex multi-body assembly, we deliver models structured for the real world: revision-friendly, manufacture-ready, and completely documented.

Deliverables

• Parametric part & assembly models
• Multi-body component design
• Surface & solid hybrid modeling
• Revision-ready design history
• Custom hardware libraries
• STEP, STL, F3D export

When you need to work from a physical part rather than a drawing, scanning is the starting point. We process scan data into clean, accurate CAD geometry — giving you a foundation that reflects the real object, not an approximation.

Scanning is essential for reverse engineering legacy components, capturing organic surfaces that can't be dimensioned by hand, or creating a digital baseline for modification and redesign. We deliver usable models, not raw point clouds.

Deliverables

• Reverse engineering from scan data
• Organic surface reconstruction
• Legacy part digitization
• Scan-to-CAD conversion
• As-built documentation
• Deviation analysis

A design isn't finished until it's manufacturable. We take your approved geometry through a final production pass — resolving tolerances, applying manufacturing constraints, and delivering a complete file package that goes directly to your fabricator, CNC operator, or 3D print provider without rework.

Everything is verified against your manufacturing process: wall thicknesses, draft angles, toolpath clearances, and material callouts are all confirmed before the package leaves our hands.

Deliverables

• Manufacturing-ready geometry
• Tolerance & fit verification
• CNC-ready models & toolpaths
• 3D print-optimized files (STL/3MF)
• Complete fabrication file packages
• Final revision documentation