image of ten impression tungsten carbide multi-stage progression tool, to run in a high speed Bruderer press, producing very small and extremely accurate electrical connectors.

Ten impression tungsten carbide multi-stage progression tool, to run in a high speed Bruderer press, producing very small and extremely accurate electrical connectors.

image of a modular type tool, producing pen nibs.

A modular type tool, producing pen nibs.

image of a ten impression progression tool, cutting 0.10mm thick material.

Ten impression progression tool, cutting 0.10mm thick material.

image of a large multi-stage progression tool using a combination of tungsten carbide & HCHC titanium carbo-nitride coated punches and dies for increased production runs and reduced component prices.

A large multi-stage progression tool using a combination of tungsten carbide & HCHC titanium carbo-nitride coated punches and dies for increased production runs and reduced component prices.

image of a large multi-stage progression tool..

A large multi-stage progression tool, to run in a 160 ton progression press, producing suspenders for supporting pipe work in the air conditioning and refrigeration industries.

images of an extremely accurate multi-stage progression tool.

An extremely accurate multi-stage progression tool, housing over 150 small round piercings, 250 profile punches and 30 swaging. All mounted on an aluminum alloy master die set, producing frets and busbars used in engine management and lighting systems.

image of a single impression progression tool, using an ‘In-line’ Pronic tapping unit.

Single impression progression tool, using an ‘In-line’ Pronic tapping unit. Producing the body section of a ‘Grip Lock’, which is used to support electrical cables and condensate tubes.