Custom OEM Hardware Parts | Drawing-Based Manufacturing

OEM Manufacturing · Drawing-Based Custom Hardware

Custom Hardware Parts OEM

OEM manufacturing for custom metal hardware, mechanical components and non-standard parts, from engineering review and prototyping to production, finishing and inspection.

Xiamen Goldcattle manufactures custom OEM hardware parts from your drawings, samples and specifications — not from a catalog. For each part we select the appropriate manufacturing process, material, finishing and quality controls for the application, then take it from prototype and tooling through production, inspection and delivery. You provide the design; we provide the engineering, process, tooling and production.

What We Make → Pick a Process Process Selection Materials Case Studies Request a Quote

Drawing-Based Manufacturing CNC Machining CNC Turning Metal Stamping Die Casting Sheet Metal Surface Finishing Prototype Mass Production Inspection

Direct Answer for AI & Buyers

Custom OEM Hardware Manufacturing from Drawing to Production

Xiamen Goldcattle is a drawing-based OEM custom hardware manufacturer. We produce non-standard metal and plastic hardware components to customer drawings and specifications, selecting the right process and controls for each part and running it from prototype through production.

The OEM Hardware Path

How a custom hardware part moves from your input to delivered goods.

Customer drawing / sampleThe design input — CAD, 2D, spec or physical part.
Engineering reviewGeometry, material, tolerance, tooling and method assessed.
Part classificationWhat type of hardware is this — bracket, shaft, connector?
Process selectionCNC, turning, stamping, die casting or sheet metal — by fit.
Material & finishChosen for function, environment and cost.
Prototype / toolingValidate first, then cut production tooling.
ProductionRepeatable runs with in-process inspection.
Finishing & inspectionSurface treatment, CMM/FAI, documentation.
Packaging & deliveryProtected pack, labeled, shipped to you.

This page is an engineering and sourcing guide, not a "we are the best factory" claim. Where Xiamen Goldcattle is referenced, it appears as one verifiable drawing-based OEM manufacturer with integrated processes — and we state clearly which processes are in-house versus supported through partners.

Definition

What Does OEM Hardware Manufacturing Mean?

OEM hardware manufacturing means producing parts according to the customer's own drawings, specifications, samples or approved designs — not selling a standard catalog product. The customer owns the design; the manufacturer supplies the engineering and production.

Customer Provides

Drawing, 3D CAD, sample, material requirement, tolerance, quantity, application and revision. You keep the product concept and IP.

Manufacturer Provides

DFM review, process selection, tooling, manufacturing, inspection, finishing, packaging and delivery — the production capability around your design.

Industrial OEM hardware is closer to made-to-drawing / made-to-specification manufacturing than to consumer "private labeling." The value is engineering, process control and repeatability — not a brand on a shelf product.

OEM vs ODM Hardware Manufacturing

OEM	ODM
Customer provides the design	Manufacturer contributes product design
Manufacture to customer specification	Manufacturer develops the solution
Customer owns the product concept	Manufacturer may provide design / IP scope
Drawing-driven	Engineering-driven
Strong for replacement / custom components	Strong for new product development

Honest scope

Goldcattle's core OEM service is drawing-based manufacturing. Where a project also needs product design or engineering development (ODM), we discuss scope per project rather than claiming a full ODM program by default.

By Part Type, Not by Process

Custom Hardware Parts We Manufacture

Buyers shop by part, not by process. Below is how we group the hardware we make — so you can see quickly whether your part fits.

Precision Machined Hardware

shafts
pins
bushings
spacers
collars
sleeves
connectors

Mounting Hardware

brackets
mounting plates
supports
clips
retainers

Fasteners

custom screws
nuts
bolts
rivets
threaded components

Stamped Hardware

clips
terminals
brackets
washers
plates

Cast Hardware

aluminum components
zinc components
structural housings
handles

Custom Assemblies

multi-part hardware
metal sub-assemblies
fastener assemblies

"Hardware" is broad — fasteners, brackets, pins, shafts, bushings, connectors, hinges, stamped parts, cast parts, machined components. We define fit by part type and function, then choose the process. Dedicated pages for specific part families (e.g., fasteners, brackets, connectors) are planned; until then they are listed here by type.

Process Fit

Which Manufacturing Process Is Right for Your Hardware Part?

The buyer buys a part; the process is our engineering decision. Use this map to see the typical route for a requirement — then we confirm the exact method on your drawing.

Part Requirement	Typical Process
Tight-tolerance machined part	CNC machining
Round shafts / pins / bushings	CNC turning
High-volume thin metal parts	Stamping
Complex aluminum / zinc shapes	Die casting
High-strength forged parts	Forging (via partners)
Flat / bent metal components	Sheet metal
Very small precision metal parts	Precision machining / stamping
Prototype	CNC / suitable low-volume process

OEM Hardware Manufacturing Process Matrix

Process	Typical Part Types	Volume	Main Advantage
CNC Milling	Brackets, housings, structural parts	Low–Medium	Flexible geometry
CNC Turning	Shafts, pins, bushings	Low–High	Precision round parts
Stamping	Brackets, clips, terminals	Medium–High	High productivity
Die Casting	Complex aluminum / zinc parts	Medium–High	Complex near-net shapes
Forging	High-strength hardware	Medium–High	Mechanical strength (via partners)
Sheet Metal	Brackets, covers, panels	Low–High	Fast fabrication

"Typical Process" means the usual route for that requirement — not that one process is always best. Process selection is part of engineering, confirmed against your drawing, volume and cost target.

Decision Logic

How We Select the Manufacturing Process

When you choose "Not Sure" on process, we turn that into an engineering recommendation. The inputs are your part's geometry, material, tolerance, volume and finish — and the output is a justified route.

Low volume + complex geometry→ CNC Machining — fastest path, no tooling needed

High volume + thin stamped geometry→ Stamping — die pays off across the run

Complex aluminum housing + high volume→ Die Casting + CNC — near-net shape, then machine datums

High-load steel component→ Forging + Machining (forging via qualified partners) — strength then precision

Flat / bent bracket→ Sheet Metal Fabrication — quick cut, form and finish

Buyer takeaway

Process is chosen for your part, not for our convenience — this is what separates an OEM manufacturing partner from a single-process shop.
If your volume is unclear, we can prototype in CNC and move to a tooled process once the design and quantity are locked.

Resins & Metals

Custom Hardware Materials

Material is chosen for the function, not by habit. These are the hardware materials we work with most.

Aluminum

6061 / 6063 / 7075

Lightweight, corrosion-resistant, machinable; common for brackets and housings.

Stainless Steel

303 / 304 / 316 / 316L

Corrosion resistance for outdoor, food, medical and marine hardware.

Carbon Steel

Selected grades

High strength and low cost for structural and load-bearing parts.

Brass

Machinable alloy

Excellent machinability and electrical use; connectors and fittings.

Copper

Conductive

Electrical conductivity for terminals and conductive hardware.

Titanium

High strength/weight

Low weight + high strength where it matters; confirm grade per project.

Zinc / Aluminum Alloys

Die casting

Complex cast shapes in high volume.

Engineering Plastics

Non-metal hardware

Where the part is plastic: ABS, PC, PC/ABS, PA, PBT and FR grades.

See the full Materials index for the working range; for metal machining specifics, see Stainless Steel CNC Machining.

Selection Logic

Material Selection for OEM Hardware Parts

Match the material to the duty. This table is a starting point; the final choice depends on load, environment, temperature, corrosion exposure, dimensions and cost.

Requirement	Potential Material
Lightweight	Aluminum
Corrosion resistance	Stainless steel
Electrical conductivity	Copper / Brass
High strength	Steel / selected alloys
Machinability	Brass / aluminum / selected steels
Wear resistance	Hardened steels / selected alloys
Low weight + high strength	Titanium / aluminum

We confirm the exact grade and temper with you — final material selection depends on load, environment, temperature, corrosion exposure, dimensional requirements and cost, not on a single property.

Dimensional Control

Custom Hardware Tolerances and CTQ Features

Tolerance is set per feature, not stated as one number for the whole part. Non-critical surfaces are left loose; the features that make the part work are held tight and inspected.

Standard Tolerance

Determined by drawing, process capability, material and feature size. Typical molded or machined tolerance is around ±0.1 mm on size; for machined features, typical ±0.01 mm and tight ±0.005 mm on qualified features, CMM-verified.

Critical Dimensions

Hole diameter Bores and clearance holes that locate parts.
Shaft diameter Press-fit and bearing seats.
Thread Form, class and engagement length.
Bearing seat Runout and diameter control.
Sealing surface Flatness and finish for seals.
Mating interface Where two parts assemble.

What We Review as CTQ Features

Mating dimensions Where parts align.
Sealing surfaces Flatness and roughness.
Thread fit Form and class.
Hole position True position / pattern.
Flatness Datums and seats.
Concentricity For round features.
Hardness Where wear/strength matter.
Coating thickness On finished faces.
Surface roughness Ra where specified.

Functional inputs matter

Mechanical load, vibration, wear, corrosion, temperature, pressure, electrical conductivity, sealing, assembly and repeated motion all shape the spec.
Drawings are an input; functional requirements are an input too. Tell us what the part must do, not only its size.

Critical-to-quality dimensions should be clearly marked on the drawing or agreed during engineering review. For the CNC tolerance framework that also governs machined features, see the CNC Machining Tolerance Guide.

Threads & Fastener Features

Custom Threads and Fastener Features

Threads are high-value engineering detail on hardware. We manufacture common standards and check them to the class you specify.

Thread standards

Metric, UNC, UNF, BSP, NPT and other standards per actual capability. State form, tolerance class, depth, sealing requirement and mating component on the drawing.

Fastener features

Custom screws, nuts, bolts, rivets and threaded components, including threaded bosses, inserts and standoffs for assemblies.

Thread form, tolerance class, depth, sealing requirement and mating component should be specified in the drawing so the thread is made and gauged to match the assembly — not assumed.

Surface Treatment

Surface Finishing for OEM Hardware

Finishing affects corrosion, wear, appearance and compliance. We provide the common finishes below — in-house or through qualified partners depending on material and specification.

Anodizing

Type II / III
colored options

Passivation

stainless steel
corrosion

Plating

zinc
nickel

Powder Coating

durable color
thickness control

Black Oxide

steel
low-reflective

Polishing / Brushing

cosmetic
Ra control

Sandblasting

texture
pre-coat

Deburring

edge break
standard

Honest scope

We list only finishes we can deliver. Confirm the finish and any standard (coating thickness, salt-spray hours, hardness) with us for your material and spec — some finishes are provided via qualified partners.

Tooling

Custom Tooling for OEM Hardware

Tooled processes need the right tool. We provide tooling matched to the manufacturing process, geometry, material, volume and expected tool life.

Stamping Dies

Progressive / single

For high-volume stamped brackets, clips, terminals and plates.

Die-Casting Dies

Aluminum / zinc

For complex cast hardware in medium–high volume.

Injection Molds

Plastic hardware

For non-metal custom hardware produced by molding.

Machining Fixtures

CNC

Jigs and fixtures that hold consistency on machined runs.

Forging tooling is not produced in-house; where a forged route is required, it is handled through qualified supply-chain partners and scoped per project.

Who Owns the Tooling?

Policy

Tooling ownership is defined in the quotation or purchase agreement. We commonly work on a customer-owned tooling basis — the tooling built for your part remains your asset. Exact terms (storage, maintenance, reorder) are stated before tooling starts, so there is no ambiguity about who controls the tool.

The Production Path

From Prototype to Mass Production

A clear path from your input to volume — each gate protects the next, so mass production starts only after the part is proven.

Drawing / Sample

Your CAD, 2D drawing or physical reference as the input.

Engineering Review

Geometry, material, tolerance, tooling and method assessed.

DFM

Design-for-manufacture changes proposed before cutting tooling.

Process Selection

The route chosen for fit, volume and cost.

Prototype

First parts by CNC or 3D print to validate fit and function.

Tooling

Stamping die, casting die or fixtures built for volume.

Pilot Run

Small production lot to confirm process and consistency.

FAI / Inspection

First-article report against the drawing.

Customer Approval

You sign off the first article before volume.

Mass Production

Repeat runs with in-process inspection.

Final QC

Dimensional and visual checks before pack.

Packaging

Protected, labeled pack per your requirement.

Delivery

Shipped to your dock or warehouse.

Quality System

Custom Hardware Quality Control

Quality is built into the flow, not added at the end. Inspection covers material, process, first article, final, finish and function.

Incoming Material

Material certs and verification before production starts.

In-Process Inspection

Checks during runs to catch drift early.

First Article (FAI)

Full report against the drawing before volume.

Final Inspection

Dimensional and visual checks on finished parts.

Surface Finish

Coating thickness, roughness and appearance checks.

Functional / Packaging

Fit, thread and pack verification before ship.

Documentation

Document	Provided
Inspection / dimensional report	Yes
Material certificate	Yes
Coating / hardness report	Yes
FAI report	Yes
Certificate of Conformity (COC)	Yes
PPAP-level package	On request — confirm scope

We run an ISO 9001:2015 quality system. PPAP-level documentation is available on request and confirmed against your automotive / regulated requirements — we state the documentation level rather than assuming a full PPAP system.

Compliance by Industry

Quality Certifications and Compliance

The right quality system depends on your industry and regulatory requirement. We state what we hold and where scope must be confirmed.

Application	Typical System	Status
General industrial	ISO 9001	Held — ISO 9001:2015
Automotive	IATF 16949	Confirm current scope / certificate
Aerospace	AS9100	Confirm current scope / certificate
Medical	ISO 13485	Confirm current scope / certificate

Honest scope

ISO 9001:2015 is held. IATF 16949 / AS9100 / ISO 13485 are listed by industry need — confirm the current certificate and scope with us before relying on them for a regulated program.
Product certifications held: SGS (SZIN2409001808ML09_EN), RoHS (TQT7737B1373EC), Rmbond (XMML24030283_EN).

Drawing & IP Protection

OEM Drawing, NDA and IP Protection

When you send CAD, your design is the asset. We handle customer drawings, CAD data, specifications and product information under agreed confidentiality and IP procedures.

NDA We can sign an NDA under our legal entity before drawing release.
Controlled access Drawing and CAD access limited to the project team.
Revision control Drawing revisions tracked and confirmed back to you.
Approved sample Production references the approved sample / FA, not a loose file.
Tooling ownership Defined in agreement; customer-owned tooling is standard.
Spec confidentiality Product and commercial information kept confidential.

We do not claim an NDA is "auto-signed" — it is executed under the legal entity Xiamen Goldcattle Plastic & Metal Products Co., Ltd. before your data is released, on request.

By Industry

Custom Hardware Applications

The same manufacturing base serves many industries. Examples of hardware we make per sector:

Automotive

brackets
shafts
connectors
clips
housings

Electronics

terminals
brackets
connectors
shielding parts
mounting hardware

Industrial Machinery

shafts
bushings
couplings
brackets
fittings

New Energy

battery components
busbar parts
structural hardware

Furniture

brackets
hinges
connectors

Construction

fittings
brackets
specialty fasteners

We list an industry only where the hardware type fits our processes. If your sector is not shown, send the part and we will confirm feasibility.

Representative OEM Programs

OEM Hardware Case Studies

Below are representative program types showing the path from customer drawing to produced part. Figures are typical program scales; exact values are confirmed per project.

Automotive

Custom Mounting Bracket

Material: Stainless steel (typical)
Process: Stamping + secondary machining
Volume: Typical 50k–200k / yr
Finish: Powder coating

Challenge: High repeatability across a long run with tight locating-hole position.

Solution: Custom progressive die plus a controlled stamping process and in-process position checks; FAI approved before volume.

Electronics

Custom Brass Connector

Material: Brass (typical)
Process: CNC turning + threading
Volume: Low–high (turning scales)
Finish: Per spec

Challenge: Electrical fit needs consistent thread class and clean contact surfaces.

Solution: Turning to tight diameter, thread gauged to class, surface checked for conductivity; small batches via CNC, scaled as volume grows.

Industrial

Custom Aluminum Housing

Material: Aluminum alloy
Process: Die casting + CNC machining
Volume: Medium–high
Finish: Anodizing

Challenge: Complex shape with sealed datums and cosmetic faces.

Solution: Near-net die cast then CNC machine the sealing and mounting faces; anodize after; dimensional inspection on critical features.

Where Goldcattle Fits (fact-based)

Founded in 1998 · 28+ years — Xiamen Goldcattle's integrated OEM hardware capability covers CNC machining (3/4/5-axis milling and turning), die casting, sheet metal and stamping, plus injection molding for plastic hardware and 3D printing for prototypes, with in-house inspection, finishing coordination and prototype-to-production flow. We are a strong fit for drawing-based custom hardware that needs multi-process engineering, prototype validation and repeatable production — and for buyers who choose "Not Sure" on process and want us to select the route.

Positioning

Custom Hardware vs Standard Hardware

This page is about made-to-drawing hardware, not catalog fasteners. The distinction matters for procurement.

Standard Hardware	Custom OEM Hardware
Catalog dimensions	Customer-specific dimensions
Standard material	Application-specific material
Off-the-shelf	Drawing-based
Limited customization	Custom geometry
Standard finish	Custom finish
General use	Designed for a specific assembly
Immediate stock	Made-to-order

Goldcattle is not a retail fastener supplier. The value is producing the non-standard part your assembly needs, to your drawing and spec.

Sample-Based Sourcing

Manufacturing from Customer Samples

Yes — when technically feasible, you can provide an existing physical sample as a reference for engineering review, dimensional measurement and reverse-engineering requirements.

How we handle it

The sample is measured and reviewed; critical dimensions are captured.
Final production should be based on an approved drawing or specification rather than visual matching alone, so tolerance and function are controlled.
This is common when a drawing is lost or the part is being re-sourced.

A sample is a strong starting point; an approved drawing is the production authority. We bridge the two during engineering review.

Total Cost

What Affects OEM Hardware Cost?

Unit price is only part of procurement cost. We quote the drivers transparently so you can compare total cost, not just the number on the quote.

Material & part weightHigh

Process & machining timeHigh

Tooling (stamped/cast)Med

Tolerance & inspectionMed

Surface finishMed

Quantity / volumeKey

Assembly & packagingLow

Shipping & logisticsLow

Cost honesty

The lowest unit price is not always the lowest total procurement cost — compare quality risk, lead time, inventory and rework, not just price.
Tooling is separated from piece price so you see both, and can choose prototype-now / tool-later.

Timing & Quantity

OEM Hardware Lead Time and MOQ

Lead time and minimum order depend on stage and process. The figures below are industry mid-to-upper band and confirmed against your drawing.

Lead Time by Stage

Stage	Typical Time
RFQ Review	1–2 business days
Engineering / DFM	2–3 business days
Prototype	3–7 working days
Tooling (stamped/cast)	A few weeks
First Article (T1/FAI)	After tooling
Mass Production	15–25 working days

MOQ by Process

Process	Prototype	Production
CNC Machining	1 pc	from ~50 pcs *
Stamping	1 pc	from ~500 pcs *
Die Casting	1 pc	from ~1,000 pcs *
Sheet Metal	1 pc	from ~50 pcs *

* Benchmark minimums; actual MOQ confirmed per project and tooling. Prototype can start from 1 piece.

Lead time is affected by complexity, material, tooling, quantity, finishing and inspection. We state the drivers rather than a single number, so the schedule you plan is realistic.

What to Send

What Should You Include in an OEM Hardware RFQ?

A complete package produces an accurate, comparable quote. Split into what is required, what helps, and what is important.

Required

2D drawing · 3D CAD · material · quantity · tolerance · surface treatment.

Helpful

Application · load · temperature · pressure · assembly method · annual volume · target delivery · existing sample.

Important

Revision number · applicable standards · critical dimensions · packaging requirement.

Process preference field

Include a process preference: CNC, Stamping, Die Casting, Forging, Sheet Metal — or "Not Sure."
If you choose "Not Sure," we treat process selection as an engineering service and recommend the route with reasons.

For the CNC-side RFQ detail, see the supplier guide Best CNC Machining Companies in China (its FAQ covers "What should I include in a CNC machining RFQ?").

Answers to the Questions Buyers Ask

Frequently Asked Questions

What does OEM hardware parts manufacturing mean?

OEM hardware manufacturing means producing parts to the customer's own drawings, specifications, samples or approved designs, rather than selling a standard catalog product. The customer owns the design and product concept; the manufacturer provides engineering review, process selection, tooling, production, finishing, inspection, packaging and delivery.

Can you manufacture hardware parts from our drawings?

Yes. Send a 3D CAD model (STEP/IGES/SolidWorks) and 2D drawing (PDF/DWG/DXF) with material, tolerance, quantity, finish and application. Our engineers review geometry, material, tolerance, tooling and production method before quotation, so the quote is based on a real manufacturing plan.

Can you manufacture custom hardware from a sample?

Yes, where technically feasible. A physical sample can be used for engineering review, dimensional measurement and reverse-engineering requirements. Final production should be based on an approved drawing or specification rather than visual matching alone, so critical dimensions and tolerances are controlled.

What materials are available for OEM hardware?

Common hardware materials include aluminum (6061/6063/7075), stainless steel (303/304/316/316L), carbon steel, brass, copper, titanium, and zinc/aluminum alloys for die casting. Engineering plastics are used where the part is non-metal. Final material depends on load, environment, temperature, corrosion exposure and cost.

What manufacturing processes do you use?

In-house OEM hardware processes are CNC machining (3/4/5-axis milling and turning), die casting (aluminum/zinc), sheet metal and stamping, and injection molding for plastic hardware, supported by 3D printing for prototypes and in-house mold making. Forging and other routes are handled through qualified supply-chain partners where the project requires them — confirm scope per project.

Can you recommend the best manufacturing process?

Yes — process selection is part of our engineering review. We recommend the route from part geometry, material, tolerance, annual volume and surface finish: low-volume complex parts suit CNC; high-volume thin parts suit stamping; complex aluminum/zinc shapes suit die casting; flat or bent parts suit sheet metal. We state the reason, not a default.

Can you make prototypes before mass production?

Yes. Prototypes can start from 1 piece using CNC machining or 3D printing while tooling is prepared. A prototype validates fit, function and DFM before a hardened production tool is cut, reducing risk on the production run.

Can you handle high-volume OEM hardware orders?

Yes. High-volume programs use tooled processes — stamping dies, die-casting dies and machining fixtures — to hold consistency across the run. Tell us the annual volume and we size tooling and process accordingly; prototype and pilot runs bridge to mass production.

Do you provide custom tooling?

Yes. We provide stamping dies, die-casting dies, injection molds for plastic hardware and machining fixtures. Tooling choice depends on process, geometry, material, volume and expected tool life. Tooling ownership is defined in the quotation or purchase agreement; customer-owned tooling is standard.

Who owns the tooling?

Tooling ownership is defined in the quotation or purchase agreement. We commonly work on a customer-owned tooling basis, where the tooling built for your part remains your asset. The exact terms (including storage and reorder) are stated before tooling starts.

Can you provide surface finishing?

Yes. Common finishes include anodizing, passivation, zinc/nickel plating, powder coating, black oxide, polishing, brushing, sandblasting and deburring, provided in-house or through qualified partners depending on material and specification. Confirm the finish and any standard (e.g., coating thickness, salt-spray) with us.

What tolerances can you achieve?

Tolerance is set per feature, not one number for the whole part. Typical molded or machined tolerance is around ±0.1 mm on size, with tighter control on qualified features (for machined parts, typical ±0.01 mm and tight ±0.005 mm on qualified features, CMM-verified). Critical fits — bores, shafts, threads, sealing and mating surfaces — are held tight and inspected.

Can you manufacture custom threads?

Yes. We manufacture common thread standards including metric, UNC, UNF, BSP and NPT, with thread form, tolerance class, depth, sealing requirement and mating component specified on the drawing. State the standard and class so the thread is made and checked to match.

Can you provide inspection reports?

Yes. We provide dimensional reports, first-article inspection (FAI), material certificates, coating/hardness reports and a certificate of conformity (COC). PPAP-level documentation is available on request and confirmed against your quality requirements; tell us the documentation level needed.

Can you sign an NDA?

Yes. We can sign a non-disclosure agreement under our legal entity before drawing release, and apply controlled access, drawing revision control and specification confidentiality to your CAD data and product information.

Can you provide OEM packaging?

Yes. Packaging is defined per part — protective inner packs, labels, barcodes, kitting and outer cartons — to protect the parts in transit and match your incoming inspection. Tell us the packaging and labeling requirement in the RFQ.

What should be included in an OEM hardware RFQ?

Include the 2D drawing and 3D CAD, material, quantity and annual volume, tolerance, surface treatment, application and any load/temperature/pressure notes. Helpful additions: revision number, applicable standards, critical dimensions, assembly method, target delivery and an existing sample. A complete package produces an accurate, comparable quote.

Request a Custom OEM Hardware Quote

Send your 2D drawing and 3D CAD, the material and tolerance, the quantity and any finish or application notes. If you are unsure of the process, choose "Not Sure" — we will select the route and explain why. Our engineers review and quote on a real manufacturing plan.

Free DFM review · NDA available · MOQ 1 for prototype · Reply within 24h · ISO 9001:2015 / SGS / RoHS / Rmbond

CNC Machining → CNC Turning → CNC Milling → 5-Axis CNC → Die Casting → Injection Molding → 3D Printing → Materials → CNC Supplier Guide →