Certifications ISO 9001:2015 | AS9100D | ITAR
Fast, precise online CNC machining for prototypes and production. Tolerance down to 0.001 inches, complex 5-axis machining, and a wide range of metals & plastics.
28M+
parts shipped
24 Hours
Quotation
0.001 in.
tolerances
CNC Milling
In milling, the cutting tool spins while the workpiece stays in place. This method is great for making complex shapes, slots, pockets, and surface designs. CNC milling is often used in industries like aerospace, automotive, and mold-making.
Materials We Offer
Check out our selection of quality materials for CNC machining, injection molding, sheet metal fabrication and 3D printing, for both prototyping and production stages.
CNC Metals
Materials | Description | Price |
|---|---|---|
 Aluminum | Lightweight, high thermal conductivity, corrosion-resistant, ideal for complex designs. | $ |
 Copper | Excellent electrical and thermal properties, ductile, antimicrobial, enhances heat transfer. | $$$ |
 Brass | Durable, distinctive golden color, strong, easily machinable for detailed components. | $$$ |
 Bronze | Strong, superior corrosion resistance, particularly in marine environments, suitable for bearings and bushings. | $$$ |
 Steel | Robust, versatile in hardness, supports a broad range of industrial applications. | $$$ |
 Stainless Steel | Exceptional corrosion resistance, maintains strength at high temperatures, preferred for visual and functional uses. | $$$ |
 Magnesium | Lightest structural metal, high strength-to-weight ratio, easily machinable, beneficial for weight-sensitive applications. | $$$$$ |
 Titanium | Outstanding strength-to-weight ratio, corrosion-resistant, essential in aerospace and medical sectors. | $$$ |
CNC Plastics
Materials | Description | Price |
|---|---|---|
 ABS | Durable, impact-resistant, easily machinable, good thermal stability, suitable for detailed CNC machining. | $ |
 PC | High impact strength, excellent transparency, heat-resistant, machinable, ideal for precision parts requiring clarity. | $$$ |
 PMMA
(Acrylic) | Excellent optical clarity, UV resistant, good machinability, ideal for aesthetically critical components. | $$$ |
 POM | High stiffness, low friction, excellent dimensional stability, good wear resistance, ideal for precision parts. | $$$ |
 PA
(Nylon) | High strength, good abrasion resistance, moisture absorbent, durable, suitable for complex geometries. | $$$ |
 PE | Chemically resistant, low friction, easily machinable, shock absorbent, suitable for lightweight parts. | $$$ |
 PEEK | High thermal stability, excellent mechanical strength, chemical resistance, suitable for high-performance parts. | $$$$$ |
 PP | Chemically resistant, excellent fatigue resistance, low density, good thermal resistance, easily machinable. | $$$ |
 PTFE
(Teflon) | Extremely low friction, high heat resistance, excellent chemical resistance, ideal for non-stick applications. | $$ |
 PS | Extremely low friction, high heat resistance, excellent chemical resistance, ideal for non-stick applications. | $$ |
Injection Molding Materials
Materials | Description | Price |
|---|---|---|
 ABS | Tough, impact-resistant, moderately heat-resistant, good mechanical properties, easily processed. | $ |
 PC | High impact strength, excellent transparency, good heat resistance, stable in mechanical and optical properties. | $$$ |
PMMA
(Acrylic) | High impact strength, excellent transparency, good heat resistance, stable in mechanical and optical properties. | $$$ |
 POM | High stiffness, excellent dimensional stability, low friction, good wear resistance, strong mechanical properties. | $$$ |
PA
(Nylon) | High strength, excellent wear and chemical resistance, absorbs moisture which affects properties, versatile in applications. | $$$ |
PE | Chemically resistant, low moisture absorption, high ductility, good impact resistance, widely used. | $$$ |
PEEK | Exceptional mechanical and chemical resistance, withstands high temperatures, high strength, suitable for demanding applications. | $$$$$ |
PP | Chemically resistant, excellent fatigue resistance, low density, good thermal properties, economical. | $$$ |
PTFE
(Teflon) | Extremely low friction, high heat resistance, excellent chemical resistance, non-stick properties, durable. | $$ |
 PBT | Good mechanical properties, high heat resistance, excellent electrical properties, moisture resistant. | $$ |
Sheet Metals
Materials | Description | Price |
|---|---|---|
 Aluminum | Lightweight, corrosion-resistant, good thermal conductivity, highly formable, ideal for complex bending and shaping. | $ |
 Brass | Strong, machinable, corrosion-resistant, distinctive appearance, ideal for decorative and detailed work. | $$$ |
 Copper | High thermal and electrical conductivity, ductile, corrosion-resistant, excellent for intricate forming and bending. | $$$ |
 Steel | Strong, durable, versatile in hardness, capable of withstanding significant stress, suitable for robust structures. | $$$ |
Stainless Steel | Highly corrosion-resistant, maintains strength at high temperatures, aesthetic finish, ideal for exposed components. | $$$ |
3D Printing Plastics
3D Printing Metals
Materials | Description | Price |
|---|---|---|
 Aluminum | Lightweight, high strength-to-weight ratio, excellent thermal conductivity, corrosion-resistant, suitable for complex 3D printed parts. | $ |
 Stainless Steel | Highly corrosion-resistant, maintains strength at high temperatures, suitable for durable and precise 3D prints. | $ |
CNC Machining Capabilities |
|---|
Maximum Part Size |
Minimum Part Size |
Dimensional Tolerance |
Repeatability |
Surface Roughness (Ra) |
Machinable Materials |
CNC Machine Axes Supported |
Max Spindle Speed |
Max Turning Diameter |
Typical Lead Time |
US |
|---|
157.5 × 59.0 × 23.6 in. |
0.2 × 0.2 × 0.2 in. |
±0.001 in |
±0.00005 in |
Down to 16 µin |
40+ metals & plastics |
3-, 4-, and 5-axis |
18,000–24,000 RPM |
15.7 in. |
1–7 working days |
Metric |
|---|
4000 × 1500 × 600 mm |
5.08 × 5.08 × 5.08 mm |
±0.01–0.025 mm |
±0.01–0.02 mm |
~0.4–1.6 µm |
40+ metals & plastics |
3-, 4-, and 5-axis |
~18,000–24,000 RPM |
Ø400 mm |
1–7 working days |
Custom Precision Machining
Services
FSFab is equipped with a state-of-the-art industrial fleet of more than 500 advanced manufacturing units. Key assets include imported large-scale five-axis CNC machines, a 2000-ton hydraulic press, a 2500-ton injection molding machine, a full-vehicle welding and prototyping line, six-axis laser cutting systems, robotic welding cells, high-pressure molding machines, 200 CNC machining centers, 80 3D printers, and a large-scale 3D coordinate measuring machine for ultra-precision inspection.
- On-demand OEM Metal Fabrication
- Consistent Bends With Tight Tolerances
- Sheet Metal Parts Delivered In Just Days
Start A New Metal Bending Quote
- All information and uploads are secure and confidential.
ISO
9001:2015 Certified
10+
Sheet metal materials
±0.001 mm
Tolerance achievable
5-day
Fast lead time
Work Seamlessly with Our Expert Engineering Team
We’re a direct manufacturing partner with in-house capabilities and real technical support — ready to support your product through every stage.
A Full-Service Team Working With You
Engineers support you from quoting through DFM to production — every step led by people who understand the process.
- Expert guidance from real engineers
- Support for DFM, sourcing, and project coordination
- Fast-response service via chat, email, or phone
Factory Pricing at Scale
Our in-house production means lower costs, better control, and no middleman markups when you scale up.
- Consistent pricing from prototype to production
- No surprise fees or supply chain handoffs
- Built-in savings on large-volume orders
Post-Processing Included
From finishing to assembly to packaging, we take care of the final steps so your parts arrive ready to use.
- Surface finishing like painting and plating
- Sub-assembly and part fitting
- Export packaging and labeling
Flexible Manufacturing
From prototyping to low-volume runs to mass production — we adjust to your needs, with no fixed MOQs.
- Prototyping to production in one place
- No minimum order required
- Easy to scale when you're ready
Why Choose Us
Direct Engineering Access
You’ll speak directly with the CNC engineers handling your parts. This means faster answers on tolerances, materials, and DFM feedback to keep your project on track.
Competitive Pricing
Our direct factory model cuts out middlemen, giving you fair, transparent pricing. Get high-quality CNC parts without paying marketplace markups or hidden fees.
On-Time Delivery
Late parts derail your schedule. We commit to tight lead times, backed by in-house production control and real-time order tracking. No guesswork, no delays.
Strict Quality Control
Quality issues cost time and trust. Every part goes through multi-stage inspections using CMMs, XRF, and 20+ advanced tools.
How Does CNC Machining Process Works
Request a Quote
Send us your CAD files and project details. Our engineer reviews your design, checks for manufacturability, and sends back an accurate quote within 12–24 hours.
Confirm Engineering Plan
We create your mold design and run mold flow analysis to optimize material flow, cooling, and part quality.
Machining Setup & Prototyping
We begin tooling using premium-grade materials. T1 samples are delivered within 2–3 weeks for your inspection and approval.
Start CNC Production
Once the sample is approved, we move into production — with full traceability, precision machining, and on-site QC inspection.
Final QA & Secure Delivery
Our QC team performs strict final inspections. Parts are securely packaged and delivered worldwide through trusted logistics partners.
Ready to Start?
Get a quote today and receive a free DFM analysis within 24 hours.
Our Ordering Process
Different from the Internet quote platforms, we produce and complete all the details of your parts in our own factory. Each step is professional and reliable, ensuring you can rest assured.
