Machinable Innovations

Shiny, precise, and purpose-built.
A lineup of aerospace parts we’ve machined recently. Reverse engineered in-house with no drawings or CAD available. From complex housings to custom threads and surface finish requirements, these parts reflect what we do best:

✅ Solve problems
✅ Deliver fast
✅ Nail the details

No drawing? No problem.
This 6061 aluminum gearbox component came to us with had no CAD model, no print, and no documentation and tight tolerances. We reverse engineered the part, created a full model, and machined new units to exact specs.

📏 Precision replication.
🛠️ Engineering problem-solving.
✈️ Aerospace readiness

From concept to reality.
This bike lock component was developed from the ground up for a customer. We designed the mechansim, machined the aluminum body, sourced the injection-molded components, and helped refine the design for durability and manufacturability.

🔒 Full-product support from prototype to production.
We don't just make parts. We make ideas real.

More stainless, more precision.
These parts are components of a valve adjustment tool for heavy equipment—machined from stainless steel with tight symmetry, deep contouring, and engraving. Made to withstand field abuse while keeping your adjustments exact.

🧰 Function meets form. One of many custom tools we’ve brought to life for clients who demand durability and detail.

Dialed in and ready to ride.
This is a machined top cap for a high-performance motorcycle suspension system—made from billet aluminum with precision threading, and concentricity that keeps things smooth when it matters most.
Speed, function, and flawless fit.

Another C-130 part off the mill.
This electric motor mount was machined from 6061 aluminum. Milled for precision—clean pockets, tight bores, 3D Surfaces and a satin finish that speaks for itself.
Machined in-house. Made to perform.

Stainless steel? No problem.
This custom piece is part of a valve adjustment tool for heavy equipment maintenance. Milled from solid stainless with precision slotting and tight symmetry across the profile.
Hard material, clean results.

This is a 7075 aluminum regulator manifold we machined for a C-130 aircraft system—tight tolerances, clean thread milling, and a mix of angled surfaces and smooth transitions. Functional geometry meets form.
Built for performance. Delivered with speed.

A customer had an unusually wide hitch on their vehicle. We machined an extended hitch pin so that their lock would work.