From a rough sketch, a CAD file, or just an idea in your head, we turn your concept into a finished, precision-machined part — engineered, fabricated, finished, and delivered to your exact specification.
Custom prototypes, jigs, and precision components for students, universities, and R&D teams — machined accurately and affordably, even for one-off experimental designs and tight academic deadlines.
Gears, shafts, sprockets, couplings, and custom machined parts that keep your production lines, plants, and heavy equipment running reliably — with no costly downtime waiting on replacements.
Have an obsolete, worn, or discontinued part and no drawing to work from? We reverse-engineer it directly from your sample and reproduce it faithfully, dimension for dimension, in the right material.
Punches, dies, stripper plates, die frames, and holders manufactured to micron tolerances and verified with calibrated Mitutoyo metrology — built for demanding, high-volume production.
We manufacture and duplicate the full range of stamping and forming tooling components, each verified with calibrated metrology before delivery.
Precision-ground punches for stamping and forming operations.
Accurately located holders for fast, reliable punch changes.
Matched dies engineered for clean, repeatable cuts.
Holders engineered for secure, repeatable die mounting.
Precision die plates machined to exact location tolerances.
Structural frames that hold tooling in precise alignment.
Wear-resistant inserts for reliable strip separation.
Flat, true plates that guide and strip material accurately.
Rigid stripper frames for consistent tooling support.
Reference plates for precise tool setup and alignment.
Guide lifters that support smooth, accurate material feed.
Custom jigs and blocks for fixturing and production tooling.
Beyond our standard tooling line, we manufacture custom components to your drawings and reverse-engineer existing parts from a sample — duplicating critical tooling faithfully when originals are obsolete or unavailable.