Engineering Design

Intentional design backed by practical experience with modern CAD tools to deliver accurate, production-ready solutions. Every design decision is made with manufacturability, performance, and real-world application in mind.

Reverse Engineering & Legacy Support
Existing parts, assemblies, and tooling translated into accurate 3D models and production-ready drawings — ideal for components with limited documentation, obsolete suppliers, or field modifications that never made it back to the original design files.
Production-Ready Tooling & Fixtures
Custom tooling, fixtures, and mechanical solutions designed specifically for repeatable, efficient manufacturing. Every design is optimized for shop-floor practicality — not just function on paper — with accuracy, durability, and ease of use built in from the start.
Modern CAD & Manufacturing Integration
SolidWorks and Fusion 360 are used to develop detailed, manufacturable models that feed directly into CNC machining workflows. With engineering and machining handled in the same shop, design intent carries through to the finished part — reducing iteration cycles, eliminating translation errors, and compressing timelines from concept to delivery.

Industry Experience

Engineering design experience spanning 15+ years across six industries:

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Automotive

Gas and electric vehicle subcomponents assembly
Automated and manual assembly equipment
End-of-line functional testing

Medical Device

Automated assembly machine design
End-of-line vision inspection
Functional testing

Robotics

End-of-arm tooling (EOAT)
Material handling and process tooling
Cell layouts & reach studies

Tooling & Fixturing

Tool & die
Robot welding fixtures
Production assembly fixtures

Healthcare

Rehabilitation equipment
Early development and prototyping

Packaging

Automated packaging machine design
Medical kit packaging

DFM FEEDBACK AND OPTIMIZATION

Already have a design? We can review it for manufacturability, flag potential issues before they reach the shop floor, and identify opportunities to reduce cost or complexity — drawing on both engineering design experience and direct machining knowledge.

This is particularly valuable when: