Specialized in small, complex, tight-tolerance components — the parts that demand Swiss-level precision, difficult materials, and a shop that's genuinely comfortable in the detail work.
Purpose-built for precision. Our equipment platform is selected specifically for complex small-diameter components and high-accuracy multi-axis work.
Most shops machine your part and hand it off. We take it the full distance — in-house finishing and precision assembly from a single source, no secondary vendor coordination, no added lead time.
Precision components for the most demanding applications — from orbital instruments to surgical tools to defense sustainment hardware.
INVENTERY Precision is the contract manufacturing arm of a precision manufacturing operation that has spent five years developing expertise in the materials most shops avoid. It started with design — a product vision that demanded materials and tolerances most shops wouldn't touch. Titanium, zirconium, and exotic alloys weren't chosen because they were easy. They were chosen because the standard required them.
That design-first origin shapes everything. We didn't inherit a shop culture. We built our process knowledge from scratch — learning difficult materials deliberately, developing finishing techniques through our own production, and holding tolerances that our own exacting standard demanded before any customer ever required it.
Our work is inherently small and precise. Swiss CNC turning is purpose-built for small-diameter, multi-feature components where standard lathes lose control — and five years of daily production on parts demanding micro-precision tolerances means we're at home in the detail work that separates a good shop from the right shop for your application.
Where most shops treat titanium and zirconium as specialty requests, we treat them as standard. The same applies to engineering plastics — PEEK, Delrin, Ultem, Teflon, HDPE, and polycarbonate are materials many shops decline or struggle with. We machine them routinely, with the same discipline we apply to metals. Our design background means we understand customer intent and catch manufacturability issues before metal is cut. Our in-house mechanical engineering capabilities mean we read prints accurately, understand GD&T, and approach every setup with the rigor aerospace and defense applications demand.