Machined Consumables

CNC Swiss-machined wear parts for molds, machines, and production tooling systems.

Many industrial systems rely on small, high-precision components that are produced repeatedly over the life of a machine, mold, or tooling system. These parts are commonly treated as consumables or wear items and are replaced as part of normal operation and maintenance.

We manufacture CNC Swiss-machined consumables and wear parts for molding systems, motion components, production tooling, and industrial equipment where dimensional stability, surface finish, and repeatability matter.

Parts requiring a combination of turned and milled geometry are supported through live tooling and full front- and back-working with sub-spindle pickoff, allowing critical features to be completed in a single setup with controlled feature-to-feature alignment.

Applications include:

  • Molding systems
  • Flow control components
  • Motion system components and wear interfaces
  • Tooling inserts and alignment features
  • Machine nozzles, pins, sleeves, bushings, shafts, and axles
  • Service and spare parts for production equipment

Designed for Production Use

Swiss turning is well suited for this class of components. The process supports long, slender, and tightly toleranced features with excellent concentricity and consistency, making it a good fit for tooling, motion assemblies, and production systems that operate over long service lives.

Critical fit features can be held to ±0.0003" (approximately 8 microns) on appropriate geometries and materials, with an emphasis on process stability and repeatability across production runs.

We focus on production-grade manufacturing rather than one-off prototypes, with predictable results from lot to lot.

Volumes and Materials

We typically support:

  • Batch sizes from 250 to 2,000+ pieces
  • Repeat orders and ongoing service or maintenance programs
  • Short-run production for spares and motion-system wear parts

Common materials include:

  • Tool steels and stainless steels
  • Aluminum alloys
  • Copper and Bronze alloys
  • Titanium alloys
  • Wear-resistant and high-temperature materials