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Capabilities

Precision CNC Machining for High-Tech Equipment

ProtoTech machines precision components for robotics, automation, semiconductor, optical and inspection equipment manufacturers — from prototype and pre-series to recurring production, with every critical dimension verified in-house.

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Why ProtoTech

Why equipment manufacturers choose us

Engineering-led DFM review

Send drawings and get feedback on tolerances, materials and risk before any cutting begins — not after.

Advanced materials as standard

Kovar®, Permalloy, tungsten alloys, PEEK, PVDF, PTFE, carbon-fiber composites and more — handled daily, not exceptionally.

Verified, not estimated

Critical features are inspected in house; material chemistry is confirmed by spectrometer against EN/DIN grades.

Technical data

Precision CNC Machining

Real capability windows — verified in-house, not estimated.

CapabilitySpecification
Milling3-axis and simultaneous 5-axis machining centers
TurningCNC turning Ø 2–65 mm, lengths to 300 mm
Swiss-type turningSmall diameters Ø 0.5–20 mm
Typical tolerance±0.005 mm typical (3-axis) · ±0.01 mm standard (simultaneous 5-axis)
Surface finishDown to Ra 0.2 µm
InspectionZeiss CMM · benchtop material spectrometer · EN 10204 3.1 certificates
Prototype lead timeTypically 5–10 working days
Quantities1 pcs prototype to 1,000+ pcs/year recurring programs

Materials we machine

Kovar®
Permalloy
Tungsten alloys
PEEK
PVDF
PTFE
Invar
Monel/Inconel
Carbon fiber
Stainless
Titanium
Aluminum
Engineering plastics
How we work

From Drawing to Delivered Part

A transparent, engineering-led process built for long-term supply programs — not one-off transactions.

1

Submit & Review

Send drawings and program context. Our engineers run a DFM review and flag tolerances, materials and risk before any cutting begins.

2

Quote & Material Plan

You receive a transparent quote plus a material-verification plan — grade, EN/DIN check and certificate strategy for your application.

3

Machine & Inspect

In-house precision machining, then Zeiss CMM dimensional inspection and spectrometer material verification on critical batches.

4

Deliver & Support

Kitted, ESD-safe or ISO Class 7 cleanroom packaging, with local engineering and after-sales support through our German partner.

FAQ

Frequently asked questions

Typically ±0.005 mm on 3-axis work and ±0.01 mm standard on simultaneous 5-axis. Surface finish down to Ra 0.2 µm is achievable. Critical features are verified in house — not estimated.
Difficult and advanced materials are our core specialty — Kovar®, Permalloy, tungsten alloys, carbon-fiber composites, PEEK, PVDF, PTFE, Invar and Monel/Inconel — plus routine aluminum, stainless, titanium, brass and copper.
Prototype lead time is typically 5–10 working days depending on material availability and inspection scope. Recurring production programs are scheduled after first-article approval.
Start a project

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

Recurring programs and orders of 1,000+ pcs are prioritised by our engineering team.
The number of parts per order — it lets us price tooling and batch setup correctly instead of guessing at a range.
Several different parts? Email your list and drawings to ellie@prototech-machining.com and we will quote them together.
e.g. 120 pcs · 6061-T6 aluminium · black anodise · mates with bracket PT-1042
Built for qualified programs.
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.
Need engineering input first?
Talk to our team about special materials, tolerances or a failed-supplier recovery before you send drawings.
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