Industry
Semiconductor equipment demands the tightest tolerances, the cleanest surfaces, and materials that survive plasma, chemistry, and vacuum. We make custom components for wafer handling, process chambers, and fab tooling — from first prototypes to repeat production.
CNC machining, 3D printing, injection molding, and sheet metal — four proven processes from one factory-direct supplier, with clean packaging and full inspection records.
How we help
We machine and measure to micron-level tolerances with CMM, optical tools, and surface profilometers. Tight flatness and fine finishes are standard work for us, not an exception.
Parts are ultrasonic-cleaned, passivated where needed, inspected, and double-bagged in clean packaging before they ship. No particles, no fingerprints, no surprises at your dock.
We work in PEEK, PTFE, alumina, fused quartz, 316L stainless, and high-grade aluminum — chosen for chemical resistance, vacuum compatibility, and low outgassing.
Our engineers review your files before production. You get practical feedback on datums, tolerance chains, wall thickness, and stress relief — at no extra cost.
Most quotes come back within 24 business hours. Prototypes and spare parts ship in days — because a tool down in a fab cannot wait for a replacement part.
All files and ideas are treated as confidential. We sign NDAs whenever you need one — before you send a single drawing.
Solutions
Not sure which process fits your part? Start here. Each card shows what the process does best and the semiconductor components we make with it.
Parts cut from solid metal, plastic, or ceramic. The default choice for wafer handling, chamber internals, and anything that must hold a micron-level tolerance. No tooling needed for prototypes.
Typical parts:
Parts built layer by layer from your CAD file. The fastest way to prove a design, build a production jig, or make ESD-safe fixtures — no molds, no cutting tools.
Typical uses:
Plastic parts made in volume. The economical route for chemical-resistant parts, ESD-safe housings, and repeatable batches of identical components.
Typical parts:
Flat metal cut, bent, and welded into parts. The go-to choice for cabinets, enclosures, and frames that house and protect fab equipment.
Typical parts:
Solution 01
CNC machining cuts a part out of a solid block of metal, plastic, or ceramic. A computer-controlled tool removes everything that is not the part. What stays is accurate down to a few microns — and identical every time.
This is the backbone process of semiconductor equipment. Wafer handling parts, chamber internals, and precision mounts almost always start here. In a fab, one particle or one misaligned mount can scrap a wafer worth thousands of dollars. Precision is not optional.
6061 / 7075 aluminum316L stainless steelPEEKPTFEAlumina ceramicFused quartz
We hold tolerances to a few microns, verify with CMM and optical measurement, and control stress — roughing, stress relief, then finishing — so parts stay stable after machining. Every part is cleaned, passivated where needed, and packaged clean for shipment.
Solution 02
Injection molding makes plastic parts in volume. Plastic pellets are melted and injected into a steel mold. The part cools, hardens, and pops out — identical every time.
Once the mold exists, each part costs little and comes out fast. If your design is stable and you need thousands of chemically resistant or ESD-safe parts, this is the most economical route.
PEEKPVDFPPSPFA / PTFEAntistatic PCPOM
Chip trays and carriers come in ESD-safe compounds so static never touches your devices. For chemical lines, PVDF and PFA stand up to acids and solvents that destroy ordinary plastics. We make the molds in-house and use hot runner systems for clean, consistent parts.
Solution 03
Sheet metal fabrication cuts, bends, and welds flat metal into a finished part. No molds are needed, so it works well for prototypes and for parts that change often.
It is the natural choice for the structures around a fab tool — the cabinets, enclosures, and frames that protect electronics and keep equipment organized.
Laser cuttingCNC bendingPunchingWeldingPowder coatingPassivation
Stainless and coated steel resist the humidity and chemicals of a fab floor. Burr-free edges and flat, square bends matter here — they keep doors aligned, gaskets sealing, and panels free of particle traps.
Solution 04
3D printing builds a part layer by layer, straight from your CAD file. There are no molds and no cutting tools — just the file and the printer.
Equipment teams iterate constantly. Print a fixture on Monday, test the fit on Tuesday, change the design on Wednesday. 3D printing turns that loop into hours and days, not weeks.
FDMSLASLS (nylon)MJFSLM (metal)
ESD-safe filaments keep static away from sensitive devices. PEEK and high-temperature polymers handle hot zones and chemical exposure. Metal printing makes strong, functional prototypes from real stainless or tool steel. When the design is final, we move to CNC or molding for volume.
Compare
Use this quick guide to match your semiconductor part to the right process. Not sure? Send us your drawing — we will recommend the best option for your environment, quantity, and budget.
| Process | Typical materials | Example semiconductor parts | Best fit for |
|---|---|---|---|
| CNC Machining | 6061 / 7075 aluminum, 316L stainless, PEEK, PTFE, alumina, fused quartz | Vacuum chucks, end effectors, showerheads, mounts, test sockets | Micron tolerances, chamber internals, prototypes & production |
| Injection Molding | PEEK, PVDF, PPS, PFA / PTFE, antistatic PC, POM | Chip trays, cable glands, seals, insulators, valve bodies | High-volume chemical-resistant and ESD-safe parts |
| Sheet Metal Fabrication | Stainless steel 304 / 316, cold-rolled steel, coated steel | Cabinets, enclosures, gas boxes, cable trays, panels | Equipment structures, enclosures, prototypes & production |
| 3D Printing | ESD-safe filament, PEEK (FDM), nylon (SLS), stainless & tool steel (SLM) | Fixtures, jigs, wafer carriers, manifolds, one-off spares | Fast iteration, tooling, low volumes |
How it works
Email your CAD files (STEP, IGES, STL) and drawings. Tell us the quantity, tolerance, and environment.
We reply within 24 business hours with a clear quote and practical engineering feedback.
We make the parts, run first-article inspection, and share the report. You approve before production.
We clean, inspect, double-bag, and ship cleanroom-ready parts — with full records for reorders.
Built on trust
FAQ