Tooling matched to your material, not the other way around.

Titanium, Inconel, and aluminum airframe and engine components — where tool life and repeatability decide the part cost.

Implants and instruments in stainless, titanium, and cobalt-chrome that demand fine features and flawless finishes.

Hardened tool steels and graphite, with draft, deep reach, and the surface finish that minimizes hand polishing.

Super alloys and stainless for power generation and oil & gas — heavy cuts, heat, and abrasion.

Aluminum and copper at production volume, where cycle time and consistency drive throughput.

AR uppers, lowers, handguards, slides, frames, bolts, and barrels in aluminum, steel, stainless, and titanium — where output and finish win the contract. Shops have cut handguard cycle time by hundreds of percent on the machines they already own.

Carbon fiber, G10, and abrasive layups that destroy carbide — where PCD pays for itself fast.

Hardwoods, plywood, MDF, melamine, and laminates — abrasive, chip-packing materials where edge sharpness and clean chip evacuation decide finish and tool life.