DIN 3

Finest grinding accuracy available, module dependent

M0.3 – M20

Module range for cut and profile-ground gears

Grade 4–5

Typical batch gear accuracy to ISO 1328

13 yrs

Team experience in gear transmission manufacturing

Precision gears and transmission components

Nine product families, all made to drawing. If your requirement sits between two of them, that is the part we are built for.

An engineering partner, not just a gear supplier

The difficult jobs are the ones we want: tight tolerances, awkward materials, complex geometry, low backlash, and the same quality in batch ten as in batch one. Manufacturability, tolerance stack, material and heat treatment are reviewed before the drawing is frozen — problems found on paper are cheaper than problems found in the first article.

Precision gear machining

Technical library

Rack Drives on CNC Machine Tools and Laser Cutters

Why rack pitch error, joint alignment and mounting faces decide accuracy on long CNC and laser axes, and where ground, milled and hardened rack fit.

Sprockets vs Timing Pulleys: Selection and Accuracy

A technical guide to choosing between chain sprockets and timing belt pulleys, covering load capacity, backlash, pitch accuracy, and inspection methods.

Worm Gear Efficiency and Material Selection Guide

How lead angle, friction, lubrication and material pairing shape worm gear efficiency, plus practical selection rules for bronze wheels and hardened steel sh.

AGMA vs DIN vs ISO: Choosing Gear Accuracy Standards

A practical guide to AGMA, DIN and ISO gear accuracy classes, how they map to each other, and how to specify the right grade for your application.

Send a drawing or STEP file — manufacturability feedback and a quotation, reviewed by an engineer rather than a sales desk.

Send a drawing for review