5-Axis · Swiss · Lathe · 3-Axis. Aerospace, medical, defense, and FAA-PMA aircraft parts — from prototype to production runs, out the door with FAI documentation.
Quick RFQ
A real engineer reviews complete RFQs, with a targeted response inside one business day.
Built for procurement in
Built on industry-leading platforms
Capabilities
Every machine on the floor is here for a reason: complex geometry to 5-axis, larger plates to the VF-4SS, small-diameter Swiss for medical and connector work, and shafts and fittings to the ST-10.
Haas UMC-500SS. Complex geometry in a single setup — structural aerospace, turbine housings, medical implants.
Haas VF-4SS with 4th axis. Plates, manifolds, fixtures, production runs — repeatable across lots.
Haas ST-10 turning center. Shafts, bushings, fittings, fasteners. Bar-fed for production.
Sliding-headstock turning for surgical instruments, implants, fasteners, and connector pins.
Sub-thou flatness, true position to a tenth, surface finish that looks measured. We document every callout.
Zeiss Contura CMM, Keyence IM, Mitutoyo PH-3500, surface finish, and FAI + traceability packages to drawing and PO requirements.
Industries served
See us in action
A look inside the shop — 5-axis cuts on the Haas UMC-500SS, Swiss-type production work, Zeiss Contura inspection, and FAI documentation available to customer and PO requirements.
5-axis trunnion · 12,000 RPM · BT40
3-axis + 4th axis · 50″ × 20″ × 24″ envelope
VAST XXT · tactile scanning · CMM reporting
Materials supported
Representative project fit
Representative manufacturing profiles based on the machines, inspection equipment, materials, and documentation available in-house. Final routing and capability are confirmed from your drawing.
5-axis structural work
A strong fit when compound angles, cross-face true position, or thin walls make repeated 3-axis setups expensive or risky. The UMC-500SS can consolidate access while the Zeiss CMM verifies feature relationships.
Swiss repeat production
A strong fit for long, slender features, live-tool cross holes, or concentric relationships that benefit from guide-bushing support. Inspection planning can combine optical measurement and CMM verification.
Turning + dimensional verification
A strong fit for customer-authorized replacement work requiring turned diameters, measured feature recovery, revision control, and a documented first article. FAA approval remains with the customer or approval holder.
How it works
Complete commercial and technical context reduces clarification. A real engineer reviews process fit, documentation, capacity, and schedule before the quote is released.
STEP, IGES, PDF, or ZIP. Tell us material, qty, and tolerance. NDA before review on request.
Our engineers flag costly features and propose tolerance / finish swaps before you commit.
We target a firm response within one business day for complete packages, with the quoted lead time and documentation scope stated clearly.
FAI reports, CMM data, and material traceability are delivered to drawing, quality-plan, and PO requirements.
Engineering & procurement resources
Practical guides for cleaner RFQs, lower process cost, and fewer surprises between drawing release and shipment.
The 12 details that let a shop quote accurately without a week of clarification.
Read the checklist Cost engineeringSetup, stock, cycle time, tooling, inspection, outside processing, and drawing risk.
Find the cost drivers Tolerance strategyPut tight control on the relationships that affect function—not every feature.
Read the tolerance guide Supplier recoveryMove a program across baseline, qualification, inventory, capacity, and cutover gates.
Use the transition checklistCost-out partnership
Send your current print. We'll review feature consolidation, tolerance strategy, setup count, material, and finish choices to identify avoidable cost before the PO.
Buyer FAQ
General production tolerances depend on geometry, material, setup, and inspection method. Critical features can be quoted to ±0.0002″ when the drawing and process review support it; capability is confirmed feature by feature, not as a blanket promise.
Yes. We are ITAR registered with the U.S. State Department's Directorate of Defense Trade Controls. Mark the RFQ as ITAR and submit only contact, quantity, program type, and delivery timing; do not enter controlled technical data. We will provide approved secure-transfer instructions before technical review. DDTC registration details are provided during qualified supplier review.
Certification is in active progress — Stage 1 audit planned. Our QMS is built to AS9100D / ISO 9001 / ISO 13485 process requirements today: controlled documents, validated processes, FAI, calibration tracking, traceability. Ask for our quality manual on RFQ. Our Quality page publishes the full certification roadmap.
We target an engineering-reviewed response within one business day for complete RFQ packages. Manufacturing lead time is quoted after drawing, material, outside-process, inspection, and capacity review.
Forecasts and blanket POs can be evaluated for repeat-production programs. Pricing, release quantities, material commitments, and lead-time assumptions are stated in the quote rather than promised as a blanket rule.
Documentation is supplied to the drawing, quality plan, PO, and quoted scope. Available options include AS9102-format FAI, CMM dimensional reports, material certificates, finishing sub-tier certificates, and PPAP packages.
Give engineering a quote-ready package
For non-controlled work, send STEP, IGES, PDF or ZIP up to 25 MB per file. For ITAR-controlled work, submit commercial details only and request approved transfer instructions.
