CNC machining center cutting a metal component under coolant

CNC Machining & Manufacturing

Advanced manufacturing solutions with in-house quality inspection, from prototype development to high-volume production in ferrous, non-ferrous materials and plastics.

0+
Years Experience
Veteran machinist team
0K+
Part Volumes
Prototype to production
±0.0000 in
Tolerance Held
±0.0025 mm · verified
0%
Inspected
Every production lot
Capabilities

Milling, turning, and everything after the chip

We mill, turn, finish, and inspect under one roof. One supplier from first article to traceable production lot.

CNC Turning

Live-tooling lathes turn complex cylindrical parts complete: milled flats, cross-holes, and threads in one setup.

Ø 0.5 – 320 mm · Bar-fed, lights-out capable

Precision Milling

Precision machining of deep pockets, thin walls, and compound contours with aerospace-grade finishes.

±0.005 mm tolerance · Single-setup complex geometry

Swiss Turning

Sliding-headstock Swiss lathes hold micron concentricity on small, high-volume parts: pins, shafts, connectors.

Ø 0.2 – 32 mm · High-volume micro precision

Prototyping

First articles from a STEP file in days, with DFM feedback before you commit production.

First article · 3–5 days · DFM review included

Production Runs

Scale from a pilot lot to half a million parts with SPC, first-article inspection, and full lot traceability.

1 – 500,000+ units · SPC monitored, traceable

Finishing & Assembly

Heat-treat and assemble in-house: finished, kitted parts ready to install.

Turnkey supply · One PO, one supplier

Production Floor

Real machines. Measured capacity.

No outsourced guesswork. Milling, turning, and inspection run under one roof on calibrated equipment, so quote and lead time hold up.

Machine Inventory

7+ machines

Swiss-Type Lathes

Citizen Cincom L20

×2

Ø 20 mm · 12 axes · bar-fed

  • Sliding-headstock design for slender, high-precision parts
  • Up to 12 axes with live tooling — turned, milled & cross-drilled in one cycle
  • Bar-fed for unattended, lights-out production
  • Holds micron concentricity on long, thin work

Lathe

Okuma L250

×1

CNC turning · Ø 320 mm chuck

  • High-rigidity CNC turning center for cylindrical parts
  • Repeatable tight-tolerance turning, OD and ID
  • Thermally stabilized for sustained accuracy
  • Chuck and bar work up to Ø 320 mm

3-Axis Vertical Mills

Haas VF-Series

×3

Up to 1,016 mm X travel · 30 hp

  • Large-envelope milling up to 1,016 mm in X
  • 30 hp spindle for aggressive cuts in steel and titanium
  • Rigid tapping and through-spindle coolant
  • Prototypes through mid-volume production runs

EDM Machine

Fanuc Robocut Wire EDM

×1

Wire EDM · ±0.002 mm · fine finish

  • Wire EDM for intricate profiles and sharp internal corners
  • Cuts hardened tool steel, carbide and exotic alloys
  • Tolerances to ±0.002 mm with mirror-grade finishes
  • Submerged cutting for thermal stability and accuracy

Materials We Machine

We machine a wide range of materials, from common engineering metals and plastics to demanding high-performance alloys.

Material Capabilities

Ferrous Metals
Non-Ferrous Metals
Engineering Plastics
Exotic & High-Performance Alloys

At a Glance

Tightest tolerance
±0.002 mm
Quotes
Request for quote
Prototype lead time
3–5 days
Production lead time
2–4 weeks
Quantities
1 – 500,000+
CAD formats
STEP · IGES · DWG · DXF · PDF
Industries

Trusted where failure is not an option

From flight-critical aerospace structures to implantable medical components, our parts work in environments where the standard is real.

Medical

Medical

Surgical instruments and implantable components.

Aerospace

Aerospace

Flight-critical structures and engine hardware.

Automotive

Automotive

Powertrain, EV, and precision motorsport parts.

Electronics

Electronics

Housings, heat sinks, and connector hardware.

Industrial

Industrial

Automation, robotics, and heavy equipment.

Defense

Defense

Mission-critical precision components.

Work

Parts machined to the micron

Representative components across stainless, aluminum, brass, titanium, and mixed alloys.

How It Works

From drawing to delivery in five steps

A straightforward RFQ path with expert review, documented quality, and clean communication.

  1. 01

    Send the Drawing

    Upload STEP, DWG, or DXF files through the RFQ portal. NDA available on request.

  2. 02

    Get the Quote

    Experienced personnel respond with pricing, lead time, and DFM notes on every request.

  3. 03

    Manufacture

    Approved jobs move to calibrated CNC machines with in-process SPC monitoring.

  4. 04

    Quality Inspection

    Every lot is verified by precision metrology against your print, with full documentation.

  5. 05

    Delivery

    Parts ship with inspection reports and material certs: on time, traceable, and protected.

Quality

Verified, Certified, Traceable

Quality isn't a goal; it's in our DNA. Inspection and documentation are built into the workflow, not added at the end.

Precision · Inspection

±0.002 mm

QMSAS9100 requirements

Quality Management System

Quality Management System aligned with AS9100 requirements: every job documented and traceable end to end.

±0.002millimeters

Tight Tolerances

Tolerances held to a fraction of a human hair, even at production volume.

100%Inspected

Precision Inspection

In-process and final inspection validate every critical dimension against your print.

PPAPFAIR · Certs

Quality Assurance

PPAP, FAIR, and material certifications delivered with every lot, fully documented.

  • Quality Management System aligned with AS9100
  • FIRST-ARTICLE / PPAP
  • MATERIAL CERTS
  • RoHS COMPLIANT
Request a Quote

Tell us about
your part

Upload a CAD file or describe the part with whatever you have. Experienced personnel review every request and reply with pricing, lead time, and DFM notes.

  • No account and no minimum order
  • Reviewed by experienced personnel
  • Price + lead time on every part
  • NDA available on request
STEP · DWG · DXF · PDF — 25 MB

Confidential · No sales calls · No obligation