Precision Machining of Difficult Materials
Exotic alloys and high-performance polymers behave nothing like mild steel. We machine them daily — with the tooling, cooling and stress control each material demands.
Kovar Machining
Glass-to-metal sealing alloy for optical and microwave packages.
View →Tungsten Alloys
High-density alloys for counterweights and radiation shielding.
View →Permalloy
High-permeability nickel-iron for magnetic shielding.
View →PEEK
High-performance polymer for semiconductor, medical and analytical parts.
View →PVDF
Chemically resistant fluoropolymer for fluid-handling components.
View →PTFE
Low-friction, chemically inert parts for sealing and insulation.
View →VESPEL SP-1
DuPont polyimide for seals, bushings, insulators and wear parts.
View →Carbon Fiber
Lightweight CFRP components with clean, delamination-free edges.
View →Aluminum
Lightweight, thermally stable parts with clean edges.
View →Stainless Steel
Corrosion-resistant parts without work-hardening surprises.
View →Titanium
High strength-to-weight parts with controlled heat.
View →Inconel
High-temperature nickel alloys with stable surface integrity.
View →Invar 36
Low-expansion alloy that stays put as temperature changes.
View →ABS
Cost-effective prototypes, housings and fixtures.
View →Delrin (POM)
Low-friction, stable parts for gears and bearings.
View →Engineering Plastics
Insulation, wear and chemical-resistance components.
View →PEEK vs PI vs PTFE
Which high-performance polymer for your application.
View →Kovar vs Invar
Two low-expansion alloys, two different jobs.
View →Tungsten vs Steel
Density-led selection for ballast and shielding.
View →Material Selection Guide
Match the material to the requirement that dominates.
View →Alumina Ceramic
Hard, insulating technical ceramic, diamond machined.
View →Graphite
EDM electrodes and high-temperature components.
View →Frequently asked questions
Request a Quote
Tell us about your program. The fields below help our engineering team prioritize recurring, long-term supply programs with equipment manufacturers.
What happens after you send your files
- Within 1 business day an engineer — not a salesperson — reviews your drawings and replies.
- DFM review: tolerances, material and risk flags, before any cutting begins.
- Your quote includes a material-verification plan: grade, EN/DIN check, certificate strategy.
Critical features are verified in house · material chemistry confirmed by spectrometer · EN 10204 3.1 certificates available.
Prefer email? Write to us directly at info@prototech-machining.com
Our form captures production type, annual quantity and project status up front — so we can focus engineering resources on long-term supply relationships, not one-off inquiries.
Talk to our team about special materials, tolerances or a failed-supplier recovery before you send drawings.