Services
Reverse Engineering
Transform existing parts into precise CAD models using advanced measurement techniques and Fusion 360. Whether you've got a broken component that's no longer manufactured, a legacy part that needs updating, or something that just needs improving, we'll recreate it digitally with meticulous accuracy.
Our process involves detailed measurement, 3D scanning where needed, and careful CAD reconstruction that captures not just the geometry, but the engineering intent behind the original design. We don't just copy — we understand what made it work in the first place, so we can make it work better.
Perfect for manufacturers needing exact replicas, businesses with discontinued components, or anyone who's ever thought "this would be brilliant if only it was slightly different." From vintage machinery parts to modern improvements on existing designs, we speak fluent reverse engineering.
Tooling, Jigs, and adapters
Custom manufacturing solutions that make your production processes smoother, faster, and more reliable. We design and 3D print specialized tooling, assembly jigs, and custom adapters using durable materials like PETG and carbon-fiber reinforced PLA that can handle real workshop conditions.
Whether you need a simple fixture to hold parts during assembly, a complex jig for repetitive manufacturing tasks, or custom adapters to make incompatible systems work together, we approach each project as a problem-solving exercise. What's slowing you down? What's causing errors? What would make your job easier?
Our tooling isn't just functional — it's designed to last. We use materials and design techniques that stand up to daily use, because the best tool is the one you can rely on day after day. From simple assembly aids to sophisticated manufacturing fixtures, we build the tools that build your business.
Prototypes & bespoke
Rapid prototyping services that bring your ideas to life with the precision and reliability your projects demand. Our FDM 3D printing capabilities handle everything from initial concept validation to functional prototypes using carefully selected materials — PLA for quick iterations, PETG for durability testing, and flexible TPU for gaskets and seals.
We specialize in tight tolerances and clean finishes for engineering applications, helping businesses test designs thoroughly before committing to full production. But we're not just about making parts — we're about making parts that work. Every prototype is an opportunity to refine, improve, and perfect your design.
Whether you're validating a concept, testing fit and function, or producing short runs of specialized components, we treat each project with the same attention to detail. Because the difference between a prototype and a product is often just the confidence that comes from proper testing.
Beyond Standard Solutions
Beyond the standard offerings, we tackle the projects that don't fit into neat categories — because the best engineering challenges rarely do. Our approach isn't about forcing your problem into our existing solutions; it's about crafting the right solution for your specific challenge.
We work with hybrid assemblies that combine 3D printed components with traditional hardware — heat-set inserts, threaded fasteners, springs, and electronics integration. Each project gets the full treatment: proper material selection based on load requirements, environmental conditions, and expected lifespan, not just what happens to be loaded in the printer.
From concept sketches on the back of an envelope to fully-developed CAD files ready for production, we speak your language. Whether you're working with legacy equipment that needs modern solutions, developing new products that push material limits, or solving those "impossible" problems that keep you awake at night — we're here for the interesting stuff.
Our workshop handles everything from single prototypes to short production runs, with materials ranging from flexible TPU for custom gaskets to carbon-fiber reinforced filaments for structural applications. We're constantly testing new approaches, new materials, and new ways to make additive manufacturing work harder for your business.
The only real limits? Physics, budget, and build volume. Everything else is just an engineering challenge waiting for the right approach.