At SudaWorks, we specialize in solving the "Obsolete Part Crisis". Restorers of vintage machinery—from steam engines to antique agricultural equipment—frequently encounter components that haven't been manufactured in a century. We bridge this gap by acting as your technical thought partner, blending modern innovation with traditional stewardship to recreate the impossible.

We utilize a "Hybrid Studio" model that integrates additive and subtractive manufacturing to move from visual concepts to high-precision, functional components.

1. Reverse Engineering and Digital Modeling

Every project begins with precision measurement and digital reconstruction. Using advanced modeling, we reverse-engineer your original part, identifying historic materials and calculating the exact tolerances required for modern operation.

2. Additive Manufacturing: Rapid Prototyping

Before cutting metal, we leverage industrial-grade 3D printing to create 1:1 scale prototypes.

• Dimensional Verification: We print patterns in high-temperature materials like Polycarbonate and Nylon to ensure a perfect fit before moving to final production.

• Casting Patterns: Our additive capabilities allow us to create complex patterns for investment casting of critical parts such as governor frames, lubricator brackets, and valve gear bushings.

3. Subtractive Manufacturing: CNC Precision

If metal, once the design is verified we move to subtractive manufacturing.

• High-Tolerance Machining: We specialize in small-scale, high-tolerance components that standard shops often decline.

• Material Versatility: Whether the part requires brass, steel, or aluminum, our CNC workflow ensures every detail of the original design is captured in the final metal component.

4. Heritage Finishing

The final stage of our process is dedicated to ensuring your part looks as historic as it performs. We use industrial finishing equipment to achieve a professional "heritage-grade" finish that honors the dignity of the original machine.