Precision CNC machining.
Complex parts. Clear ownership.

Machined metal mold cavity with detailed pockets and contoured surfaces

Your drawing has notes.
We read those too.

Complex geometry. Tight tolerances. A thousand tiny ways to get it wrong. Our engineers review your print, match the right CNC shop to the work, and keep one U.S.-based project manager on the job through finishing, inspection, and delivery.

CERTIFICATIONS + COMPLIANCE
AS9100D Compliant · ISO 9001:2015 · ISO 13485 Compliant · ITAR Registered · NIST 800-171 Compliant

The right machine.
Not just an available one.

The best process is the one that fits your geometry, tolerances, quantity, and schedule. Not the one a quoting algorithm happens to find.

3- + 4-axis milling

Prismatic parts, pockets, holes + indexed features. We review access and workholding before deciding how many setups the job needs.

5-axis machining

Complex contours and features on multiple faces. Tool access, fixturing and the inspection plan determine the route.

CNC turning

Shafts, bushings, pins + fittings. Round geometry, concentric features and secondary operations reviewed together.

Swiss machining

Small, slender turned components. Material, part proportions and required features guide supplier selection.

Wire EDM

Fine profiles and features in electrically conductive materials, including hardened tooling. Wire access and feature geometry matter.

Finishing + inspection

Coatings, marking and critical dimensions stay in the same program, with one contact coordinating the sequence.

The specs.
Not the sales pitch.

Working ranges and process options across our qualified network. Send the actual drawing to confirm feasibility, tolerance, and documentation requirements.

Metals
Aluminum · Steel · Stainless steel · Titanium · Inconel · Copper · Brass
Plastics
ABS · POM (Delrin) · PEEK · Nylon · UHMWPE · Most engineering plastics
Available tight tolerance
Down to ±0.001″ on suitable features through qualified suppliers
Typical Tolerances
±0.005" standard · Tighter tolerances reviewed during quoting
Quality
ISO 9001:2015 · AS9100D Compliant · Engineer review before production · Inspection before shipment
Files
STEP, IGES, GD&T, native CAD, 2D prints
Quantities
Single prototypes through production programs

Tolerance is not a personality trait.

A ±0.001″ callout on one critical bore is engineering. Putting it on every edge is a budget decision—usually an expensive one.

Tool access

Deep pockets and tiny internal radii can change the machine, cutter, and cycle time.

Critical dimensions

Relevant material experience, equipment + capacity determine the route.

Finish + inspection

Anodize, passivation, surface finish, and measurement belong in the RFQ—not in an email after the part is cut.

A real person.
A job that stays owned.

A short front end. A lot of thoughtful work behind it. No supplier scavenger hunt required.

01

Send the files.

Drawings, quantities, required documentation and the deadline that actually matters. We review the job before it gets routed.

02

We match the work.

Capability, material experience, capacity and quality requirements guide the choice of vetted suppliers.

03

We own the details.

Your U.S.-based project manager coordinates manufacturing, secondary operations, inspection and communication through delivery.

Serious work.
Zero appetite for guessing.

From prototype to ongoing production, teams across demanding industries need parts that work and updates that arrive before they ask.

Aerospace

Titanium + Inconel flight hardware, AS9102 FAI and flowdowns handled.

Defense

ITAR-controlled parts routed through domestic shops.

Advanced Energy

Development hardware for battery, power, fusion + nuclear programs.

Medical Products

Swiss-turned components with traceability in scope.

Industrial Products

Fixtures, enclosures + repeat production runs.

Automotive

Prototype, bridge + production machining on tight schedules.

Good questions.
No ticket numbers.

Tight tolerances are available through our vetted vendor network, down to ±0.001″ on critical features. We flag which dimensions actually need that level of control during engineer review, since applying the tightest callout to an entire part instead of the two or three features that require it drives up cost without adding value.

Our network machines aluminum, steel, stainless steel, titanium, Inconel, copper, and brass, plus engineering plastics including PEEK, Delrin, nylon, and UHMWPE. That covers 3, 4, and 5-axis CNC milling, turning, Swiss machining, and wire EDM. If a material is unusual or hard to source, that’s exactly the kind of conversation a single point of contact is built for.

Yes. Our vendor network machines titanium and Inconel across 3, 4, and 5-axis CNC milling, turning, and wire EDM, from single prototypes to production runs. Both alloys are hard on tooling and generate heat that can affect tolerances, so every program goes through engineer review before it reaches the shop floor, and we route it to a vendor with proven experience in that specific alloy. Standard tolerances are ±0.005″, with tighter callouts down to ±0.001″ on critical features. These materials show up most often in aerospace, defense, and medical programs, which is why AS9100 and ITAR requirements are handled within the same network.

Yes, from a single machined prototype through production volumes, with the same engineer review and point of contact at every quantity.

A portal matches your file to whichever vendor bids fastest. We match your project to the vendor in our network that’s equipped to run it well, with engineer review before it ever reaches the shop floor and one contact who owns it through delivery.

Bring the difficult drawing.

The awkward pocket. The critical fit. The deadline with consequences. Let’s talk through the job.

Machined metal mold cavity with detailed pockets and contoured surfaces