Instant CNC estimate · NDA from your first upload
Custom parts manufacturing, from CAD to inspected production.
One RFQ for CNC machining, custom forging, industrial 3D printing, carbon-fiber parts and secondary finishing. CNC jobs can receive an instant estimate; cross-process and heavy-component programs are reviewed by an engineer with inspection and traceability kept in the same package.
- CNC, forging, industrial 3D printing and carbon fiber
- Heavy equipment, energy, automotive, aerospace, medical and AI hardware
- Engineer-reviewed process and quote package
RFQ CONTROL / CNC INTAKE
OnlineDrop your CAD file here
STEP · STP · STL · IGES — or DWG/PDF for a manual quote
Start your quoteInput
STEP/STP
Input
STL/IGES
Input
DWG/PDF
Encrypted & NDA protected
±0.005mm
Tightest tolerance
60s
Instant estimate
99.2%
First-pass yield
40+
Materials in stock
1
Piece MOQ
3 days
Fastest delivery
Structured order intake
Everything engineering needs to quote, captured before you hit send.
Upload the part, choose the manufacturing path, and keep material, quality and delivery requirements visible from the first click.
Upload · configure · quote
Send CAD into a real manufacturing workflow.
The platform turns a file into clear quote inputs: process, material, finish, inspection and delivery route.
CAD package
RFQ details
Engineer review
40+
Materials
Professional material library
Metals, plastics and composites are organized with process guidance, sourcing boundaries and finish compatibility.
CMM
Quality
Quality scope
Inspection reports, CoC, FAI, certificates and traceability are treated as quote inputs.
5X
Production
Route to the right process
CNC, forging, additive manufacturing, carbon fiber and finishing paths.
Capabilities
Manufacturing capacity, structured for the right quote route
CNC work can receive an instant estimate; forging, industrial 3D printing, carbon fiber and mixed-process programs keep the same RFQ inputs and move to engineering review.
CNC Milling
3- to 5-axis vertical machining for housings, brackets and structural parts.
3–5 axis · ±0.005 mm
CNC Turning
Live-tooling lathes and Swiss-type machines for shafts, pins and fittings.
Ø1–406 mm · ±0.003 mm
5-Axis Machining
Complex geometries in one setup: impellers, joint housings, optical mounts.
Single setup · ±0.005 mm
Surface Finishing
Anodizing, bead blasting, powder coating, electropolishing and more.
10+ finishes · Ra 0.4–3.2
Custom Forging
Open-die, closed-die and cold-forged parts with machining, heat treatment and inspection under one RFQ.
Engineer review · Tooling by part
Industrial 3D Printing
Functional polymer and metal additive parts for complex prototypes, fixtures and bridge production.
Polymer + metal · Engineer review
Carbon Fiber Machining
CNC-routed laminate plates, frames and arms with dust, delamination and edge control.
Diamond tooling · Edge sealing option
Wire EDM
Zero-force cutting for hardened metals, sharp internal corners and precision profiles.
Hardened metals · ±0.005 mm
How it works
From CAD to your door in three steps
- 01
Upload & configure
Send CAD or drawings and choose the process, material, quantity and quality scope. Eligible CNC work receives a 60-second estimate.
- 02
Confirm in 24h
An engineer reviews DFM and confirms the process route, tooling, MOQ, exact price and documentation scope.
- 03
Make, inspect & ship
Parts are manufactured by the approved route, inspected against your drawing and shipped with the requested records.
Industries
From regulated precision programs to emerging AI hardware
Robotics
From humanoid joints to AMR frames: precision parts at iteration speed for robot builders.
Drones & UAV
Flight hardware where grams are mission time: thin-wall machining for UAV builders.
Medical Devices
Documented precision in 316L, titanium and PEEK for surgical and device programs.
Automotive
Development-speed prototypes and PPAP-ready volume parts for vehicle programs.
New Energy Vehicles
Battery, power-electronics and thermal hardware from validation builds to documented production.
AI Hardware & Edge Compute
Thermal-critical parts for the AI buildout: cold plates, manifolds and enclosures that move heat.
Semiconductor Equipment
Vacuum-grade and wafer-handling components machined with cleanliness discipline.
Aerospace & Space
Weight-disciplined structural parts with the paperwork flight programs require.
Industrial Automation & Tooling
The unglamorous precision that keeps lines running: EOAT, fixtures and machine components.
Consumer Electronics
Cosmetic-grade machining where the part surface is the brand surface.
Typical parts
Recent parts, real tolerances and lead times
Representative parts we machine for robotics, wearables, drones and edge devices.
Reference imageHumanoid robot joint housing
5-axis milling + hard anodize
- Material
- 7075-T6
- Qty
- 50
- Tolerance
- ±0.01 mm
- Lead time
- 7 days
Reference imageHarmonic reducer flange
CNC turning + milling
- Material
- 304 SS
- Qty
- 200
- Tolerance
- ±0.008 mm
- Lead time
- 9 days
Reference imageAI glasses titanium hinge
Swiss-type machining
- Material
- Ti-6Al-4V
- Qty
- 500
- Tolerance
- ±0.005 mm
- Lead time
- 10 days
Reference imageDrone motor mount
3-axis milling + bead blast
- Material
- 6061-T6
- Qty
- 100
- Tolerance
- ±0.02 mm
- Lead time
- 5 days
Reference imageEdge-AI heatsink baseplate
Precision milling, Ra 0.8 finish
- Material
- 6063-T5
- Qty
- 300
- Tolerance
- ±0.05 mm
- Lead time
- 6 days
Reference imageCamera sensor bracket
CNC milling
- Material
- POM-C
- Qty
- 1000
- Tolerance
- ±0.05 mm
- Lead time
- 5 days
Why us
Professional RFQ intake, startup-speed response
| What matters | Us | Big marketplaces | Traditional sourcing |
|---|---|---|---|
| First quote | 60-second estimate, exact in 24h | 1–3 business days | Email ping-pong, ~1 week |
| Minimum order | 1 piece | 1 piece, premium priced | Often 100+ pieces |
| Confidentiality | NDA by default, sanitized supplier handoff | NDA on request | Rarely formalized |
| Pricing | Factory-network direct | Typically 40%+ markup | Opaque, negotiation-driven |
| Who you talk to | A manufacturing engineer | Support queue | Trading-company sales |
FAQ
Questions engineers ask us
01Which file formats can I upload?
STEP, STP, STL and IGES files can receive an instant estimate for eligible CNC work. DWG, DXF, PDF, ZIP, forging, additive and composite requests route to engineering review.
02How fast do I really get a price?
Eligible CNC work shows an estimate in about 60 seconds and normally receives an exact engineer-reviewed quote within 24 hours. Tooling-led and mixed-process RFQs are scheduled after scope review.
03Is my design kept confidential?
Yes. Files travel over TLS into private storage with signed, expiring links. We sign NDAs before any detail is shared, and supplier handoffs are stripped of your identity.
04What tolerances can you hold?
Standard work follows ISO 2768-m. Critical features can be held to ±0.005 mm on milling and ±0.003 mm on Swiss-type turning, verified by CMM on request.
05What is the minimum order quantity?
CNC machining starts at one piece. Industrial 3D printing also supports prototypes; forging MOQ and tooling depend on part size, material and process and are confirmed during review.
06Which processes and materials do you handle?
FabVector covers CNC machining, custom forging, industrial polymer and metal 3D printing, carbon-fiber sheet machining and secondary finishing. The catalog includes 40+ metals, plastics and composites.
07How fast is delivery, and do you ship worldwide?
Simple CNC parts can ship in 3 days and typical CNC orders in 5–10 days. Forging, additive, composite and mixed-process schedules are confirmed after engineering review; worldwide tracked shipping is available.
08How do payment and invoicing work?
Your exact quote includes shipping terms and a 7-day validity. Payment terms and methods are confirmed with the quote — no prepayment is taken on the website.
Engineering resources
Search-driven CNC guides for buyers and AI assistants.
guide · custom forging and machining
Custom Forging and Machining: A Buyer Guide for Load-Bearing Parts
How to source forged and finish-machined components: process selection, machining allowance, heat treatment, inspection, tooling and RFQ requirements.
guide · industrial 3D printing service
Industrial 3D Printing: Process and Material Selection for Functional Parts
A sourcing guide to SLS, MJF, SLA, FDM and metal additive manufacturing, including design risks, post-processing, inspection and RFQ inputs.
guide · carbon fiber sheet machining
Carbon Fiber Sheet Machining: Design, Cutting and Inspection Guide
How to source CNC-routed and drilled carbon-fiber laminate parts: laminate data, edge quality, dust control, hole design, inspection and RFQ inputs.
guide · CNC machining for AI hardware
CNC Machining for AI Hardware: Cold Plates, Manifolds and Precision Housings
A buyer-focused guide to CNC machining AI hardware: copper cold plates, aluminum housings, liquid-cooling manifolds, inspection requirements and RFQ inputs.
guide · liquid cooling cold plate CNC machining
Liquid Cooling Cold Plate CNC Machining: Design, Tolerances and Inspection
How to specify CNC machined cold plates for servers, power electronics and AI accelerators: channels, sealing faces, flatness, leak testing and plating.
guide · 5-axis CNC machining service
5-Axis CNC Machining Service: When It Beats 3-Axis and How to Quote It
A practical 5-axis CNC machining service guide for complex angles, impellers, robotics housings, aerospace brackets and tight multi-face tolerances.
guide · PEEK CNC machining
PEEK CNC Machining Design Guide: Tolerances, Applications and RFQ Checklist
How to design and quote CNC machined PEEK parts for medical, semiconductor, aerospace and high-temperature applications.
guide · 6061 vs 7075 CNC machining
Aluminum 6061 vs 7075 for CNC Machining: Which Alloy Should You Quote?
A practical comparison of 6061 and 7075 aluminum for CNC machined prototypes, robotics, aerospace brackets and production parts.
guide · aluminum 7075 CNC machining
Aluminum 7075 CNC Machining: Strength, Anodizing and Design Rules
A sourcing guide for CNC machined aluminum 7075 parts: robotics, aerospace, drones, fixtures, tolerances and finish considerations.
guide · CNC machining for semiconductor fixtures
CNC Machining for Semiconductor Fixtures: Clean, Stable and Documented Parts
How to source CNC machined semiconductor fixtures, vacuum plates, wafer handling parts and inspection-ready tooling.
Contact
Talk to a sales engineer
Send your CAD for an instant quote, or reach out directly — we reply with DFM feedback within 24 hours.
Greg Cui
Sales Director · FabVector
- greg@fabvector.com
- Phone
- +86 134 7899 2518
- Address
- No. 59 Dajin Street, Shatou Community, Chang'an, Dongguan 523861, Guangdong, China
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