We engineer custom PEEK components — from CNC prototypes and short runs to fully tooled injection molded production. Built for valve & pump systems, electrical insulation, and semiconductor equipment where temperature, chemistry, and dimensional stability matter.
Choose CNC machining for fast turnaround, complex geometry and frequent revisions — or injection molding once the design is locked and volume justifies tooling.
CNC turning & milling of unfilled and filled PEEK. Ideal for prototypes, short runs, and complex high-precision parts where tooling is not justified.
Complex molded components in unfilled and filled PEEK — built for batch consistency, tight cycle, and reproducible high-performance parts.
We concentrate where PEEK delivers measurable value over metals and lower-grade polymers — chemistry, temperature, wear, and electrical performance under load.
Chemical resistance, temperature stability and low wear make PEEK a proven replacement for stainless and standard polymer parts in fluid handling.
Stable dielectric properties at elevated temperature and strong dimensional control for connectors, insulators and precision molded components.
Cleanroom-friendly, chemically resistant precision parts for jigs, guides, blocks and carriers in semiconductor and high-end industrial machinery.
Representative parts we produce. Every job is to your drawing — these examples show the application areas where our process is mature.
Low-friction, dimensionally stable rotating parts for pumps and machinery.
Chemical and temperature-resistant seating surfaces for fluid valves.
Custom dielectric blocks and washers for high-temperature electrical assemblies.
Guides, stoppers and supports for semiconductor and industrial fixtures.
High-volume wear parts in carbon- or PTFE-modified PEEK grades.
Complex molded fluid-system parts replacing machined metal components.
Small-feature high-temperature insulators with consistent batch quality.
Lightweight PEEK alternatives to machined steel and aluminum components.
PEEK is not one material. We help you select between unfilled, fiber-reinforced and application-specific grades based on your load, environment and certification needs.
General-purpose engineering parts. Highest elongation, good toughness and clean appearance.
Higher rigidity, better creep resistance and dimensional stability under sustained load.
Higher strength and stiffness, improved wear performance and partial conductivity.
PTFE / graphite / carbon blends optimized for sliding, low friction and long service life.
Static-dissipative and conductive PEEK for semiconductor and electronics handling.
Selected to meet specific approvals, FDA contact, low outgassing or food-contact requirements.
We position ourselves as a custom components supplier — not a stock distributor. That changes everything about how we quote, build and support your project.
Send a STEP, IGES or PDF — we respond with material recommendation, tolerance review and a real production quote, not a generic price list.
Start with CNC samples, validate the design, then transition to injection tooling once volume justifies it — managed by one team, one quality standard.
We guide grade selection between unfilled, glass-, carbon- and wear-modified PEEK based on your service temperature, load and chemical environment.
PEEK injection requires controlled melt temperature, tooling design and gating. We apply real process control instead of treating PEEK like commodity plastic.
STEP, IGES, DWG or annotated PDF — with quantities and target application.
We confirm tolerances, recommend the best PEEK grade and flag risk areas.
Transparent pricing for prototype, short run and tooled production options.
First articles with inspection report. You approve before any volume runs.
Repeatable process, consistent batches, fast reorder turnaround.
NDA available on request. We work in metric and imperial, in English, with engineering-grade communication.