From prototypes to end-use parts, we deliver high-precision CNC components with expert engineering support and fast lead times.
We provide precision CNC machining services from rapid prototypes to full-scale production. With advanced milling, turning, grinding, and EDM capabilities, we achieve tight tolerances, complex geometries, and consistent quality across metals and plastics—all with fast lead times.
From critical design validation to small-batch production of end-use parts, we deliver more than just machining — we deliver manufacturing confidence.
We work with a wide selection of metals and plastics, including aluminum, stainless steel, brass, copper, titanium, ABS, PEEK, PC, and more. Each material offers unique properties in strength, weight, and finish—allowing us to recommend the best option for your prototype or production needs.
Key Benefits：
Excellent machinability
High strength and hardness
Heat tolerance and corrosion resistance
Electrical conductivity
Overall versatility
Low cost
Alloys:
Aluminium 7075-T651 | 3.4365 | 76528 | AlZn5.5MgCu Aluminium 6082-T651 | 3.2315 | 64430 | AlSi1MgMn Aluminium 6060 | 3.3206 | AlMgSi Aluminium 5052 | EN AW-5052 | 3.3523 | AlMg2,5 Aluminium 2017 | 3.1325 | 24530 | AlCu4MgSi
Available Finish:
As machined, Anodizing, Powder coating, Electroplating, Painting, Sand blasting, Polishing
Key Benefits:
Easy to machine with high feed rates
Minimal coolant required during machining
Comparable tensile strength to mild steel
Lightweight yet durable
Performs well in outdoor and harsh environments
Suitable for applications requiring efficient conductivity
Ideal for parts requiring tight tolerances and repeatability
Alloys:
H59, H62, C260, C360
Available Finish:
As machined, Polishing, Sand blasting, Tumbling, Electropolish, Alodine, Heat treatment, Black oxidize, Electroless nickel, Chrome plating, Brushed finish
Key Benefits of Copper:
Excellent Electrical and Thermal Conductivity
Ideal for electrical wiring and heat exchangers
High Malleability and Ductility
Easy to form into complex shapes without breaking
Good Corrosion Resistance
Maintains integrity in various environments
Forms a protective patina over time
Antimicrobial Properties
Naturally inhibits the growth of bacteria and microbes
Visually Appealing
Distinctive reddish-orange color
Develops a unique bluish-green patina with age
Alloys:C11000, C10100, C10200
Available Finish:
As machined, Polishing, Sand blasting, Tumbling, Electropolish, Alodine, Heat treatment, Black oxidize, Electroless nickel, Chrome plating, Brushed finish
Key Benefits of Steel:
High Tensile Strength
Excellent load-bearing capacity
Ideal for structural components
Versatility
Suitable for a wide range of applications in construction and manufacturing
Wide Range of Alloys
Can be tailored for specific uses such as tools, machinery, and precision parts
Durability
Long-lasting performance under mechanical stress and demanding conditions
Alloys: Steel 1018, 1020, 1025, 1045, 1215, 4130, 4140, 4340, 5140, A36, Die steel, Alloy steel, Chisel tool steel, Spring steel, High speed steel, Cold rolled steel, Bearing steel, SPCC，Stainless Steel
Available Finish:
As machined, Electroplating, Passivation, Powder coating
Key Benefits of Stainless Steel:
Corrosion Resistance
Resistant to rust and oxidation, suitable for harsh or wet environments
Excellent Machinability and Uniformity
Consistent quality, ideal for precision CNC machining
Good Workability and Weldability
Easy to form and weld for complex components
High Ductility and Formability
Adapts to demanding design specifications and complex shapes
Versatile Applications
Widely used in kitchen appliances, medical devices, and automotive parts
Alloys:
Stainless steel 416 | 1.4005
Stainless steel 15-5 | 1.4545
Stainless steel 301 | 1.4310
Stainless steel 430 | 1.4016
Stainless steel 440C | 1.4125
Stainless steel 420 | 1.4028
Stainless steel 304/304L | 1.4301/1.4307
Stainless steel 2205 Duplex | 1.4462 | 2205
Stainless Steel 17-4 PH | 1.4542
Stainless steel 303 | 1.4305
Stainless steel 316/316L | 1.4401/1.4404
Available Finish:
As machined, Electroplating, Passivation, Powder coating
Lightest Structural Metal
One of the lightest engineering metals, offering exceptional weight reduction for improved efficiency and performance
High Machinability
Easily machined with excellent chip formation and minimal tool wear, reducing machining time and cost
Good Strength-to-Weight Ratio
Delivers impressive mechanical strength while being significantly lighter than aluminum
Excellent Damping Capacity
Naturally absorbs vibration and shock, making it ideal for precision instruments and automotive parts
Thermal Conductivity
Provides good heat dissipation for electronic housings and components
Alloys:
Magnesium AZ31B, AZ91D, AM60
Available Finish:
As machined, Polishing, Sand Blasting, Anodizing (Chromate or Conversion Coating), Painting, Powder Coating, Clear Coating, Passivation
Key Benefits of Bronze:
Excellent Durability
Withstands wear and mechanical stress over time
Strong Corrosion Resistance
Ideal for harsh and marine environments
High Strength
Suitable for heavy-duty and load-bearing applications
Versatile Usage
Commonly used in marine components, sculptures, and bearings
Good for Intricate Designs
Well-suited for detailed, precision-crafted parts
Alloys:
C64200, C93200
Available Finish:
As machined, Polishing, Sand blasting, Tumbling, Electropolish, Alodine, Heat treatment, Black oxidize, Electroless nickle, Chrome plating, Powder coating, Brushed finish
Key Benefits of Titanium:
High Strength-to-Weight Ratio
• Strong yet lightweight, ideal for high-performance applications
Excellent Corrosion Resistance
• Performs well in harsh, chemical, and marine environments
Biocompatibility
• Non-toxic and safe for use in medical implants and devices
Low Thermal Expansion
• Maintains dimensional stability under temperature changes
End-Use Finishing Options
Supports various surface finishes for functional or aesthetic needs
Alloys:
Titanium Alloy TA1, Alloy TA2, Alloy TC4/Ti-6Al 4V
Available Finish:
As machined, Polishing, Sand Blasting, Tumbling, Electropolish, Alodine, Anodizing, Electroless nickel, Painting, Powder coating, Brushed finish
Key Benefits of ABS:
High Impact Resistance
Withstands drops and mechanical shocks, ideal for structural applications
Strong and Stiff
Offers excellent strength-to-weight performance
Easy to Machine and Process
Suitable for CNC machining, molding, and rapid prototyping
Cost-Effective
Affordable option for both prototypes and end-use parts
Versatile Applications
Commonly used in automotive, electronics, and medical devices
Key Benefits of PMMA (Acrylic):
Excellent Optical Clarity
High light transmission, ideal for lenses, displays, and signage
Lightweight yet Durable
Easy to handle without compromising strength
Highly Machinable
Suitable for precision CNC machining with clean finishes
UV and Weather Resistance
Maintains clarity and appearance in outdoor applications
Aesthetic Versatility
Ideal for projects requiring visual appeal and transparency
Key Benefits of PC (Polycarbonate):
High Impact Resistance
Withstands strong mechanical shocks, ideal for safety equipment and structural parts
Excellent Transparency
Suitable for applications requiring optical clarity, such as eyewear lenses and light covers
Good Heat Resistance
Maintains performance under elevated temperatures
Strong and Stiff with Dimensional Stability
Reliable for precise, load-bearing applications
Available in Multiple Grades
We offer Customizable in clear, black, translucent, and glass-filled options for varied needs
Key Benefits of POM / Delrin:
Excellent Wear and Abrasion Resistance
Ideal for moving parts like gears, bushings, and bearings
Low Friction Coefficient
Supports smooth, efficient mechanical motion
High Stiffness and Mechanical Strength
Maintains rigidity under load, suitable for precision components
Excellent Dimensional Stability
Holds tight tolerances even in varying conditions
Creep Resistance
Maintains shape and performance under long-term stress
Good Performance at Elevated Temperatures
Reliable in high-heat operating environments
Chemical Resistance
Withstands fuels, solvents, and other industrial chemicals
Low Moisture Absorption
Maintains stability and strength in humid environments
Key Benefits of PC GF30:
High Strength and Rigidity
Significantly stronger and stiffer than unfilled PC
Excellent Heat Resistance
Suitable for high-temperature environments
Improved Dimensional Stability
Maintains shape and tolerances under load and heat
Durability for Structural Applications
Ideal for demanding uses like automotive parts and housings
Key Benefits of PA GF30:
High Mechanical Strength
Reinforced with 30% glass fiber for superior load-bearing performance
Excellent Dimensional Stability
Maintains tight tolerances under mechanical and thermal stress
Good Heat Resistance
Suitable for high-temperature applications
Ideal for Demanding Machining Applications
Withstands rigorous use in industrial environments
Key Benefits of PP GF30:
Excellent Heat Resistance
Suitable for high-temperature environments
Low Friction
Ideal for moving or sliding components
Strong Chemical Resistance
Withstands exposure to fuels, acids, and solvents
Enhanced Mechanical Strength
30% glass fiber reinforcement improves stiffness and durability
Versatile for Industrial Use
Commonly used in automotive, electrical, and industrial applications
Key Benefits of PA (Nylon):
High Mechanical Strength and Fatigue Resistance
Withstands repeated stress without deformation or failure
Excellent Wear and Bearing Performance
Low friction and high abrasion resistance, ideal for gears, bushings, and bearings
Noise Damping
Naturally reduces vibration and noise in moving parts
Good Chemical Resistance
Performs well in contact with oils, fuels, and many industrial chemicals
Low Moisture Absorption & Dimensional Stability
Maintains performance in humid or variable environments
Easy to Machine
Suitable for precision CNC machining applications
We offer a variety of surface finishing options to improve the look, durability, and performance of your CNC machined parts. From anodizing and powder coating to polishing and plating, our finishes provide protection against wear and corrosion while achieving your desired aesthetic.
From rapid prototypes to full-scale production — we’ve got you covered.
Get instant quotes, fast lead times, and trusted quality from JXY.
At JXY, we provide precision CNC machining services with both standard tolerances for general use and tight tolerances for critical components — all according to your specifications or industry standards such as ISO 2768.
Whether you provide a 2D drawing or simply require standard tolerances, our team ensures your parts meet the required fit and function.
Specification | CNC Milling | CNC Turning |
Max Part Size | 4000 × 1500 × 600 mm | Ø 200 × 500 mm |
Min Part Size | 4 × 4 mm | 2 × 2 mm |
Min Feature Size | Ø 0.5 mm | Ø 0.5 mm |
Linear Tolerance | ± 0.025 mm | ± 0.025 mm |
Hole Diameter (not reamed) | ± 0.025 mm | ± 0.025 mm |
Shaft Diameter | ± 0.025 mm | ± 0.025 mm |
Threads | M1.5–M5 (depth 3×D) | M1.5–M5 (depth 3×D) |
Text Engraving | Min width 0.5 mm | Min width 0.5 mm |
From aerospace to consumer electronics — JXY's CNC machined parts power innovation across industries.
Optimize your parts for better cost, speed, and quality.
Our design team is here to help you turn your CAD model into a CNC-friendly part. Here are the key recommendations to keep in mind when designing parts for CNC machining. For more details, visit our full CNC Design Guide.
Key Design Considerations
Feature | Design Tips |
Part Size | Make sure your part fits within our machine’s work envelope. 3-axis machines typically support larger parts, while multi-axis machining enables complex geometries with smaller footprints. |
Feature Alignment | Design holes, cutouts, and features on the same face if possible. Multi-face machining increases setup time and cost. |
Fillets (Internal Corners) | Use as large an internal radius as possible—ideally more than 1/3 of the depth. This allows the use of larger tools, which are more rigid and efficient. Avoid sharp internal corners unless necessary. |
Wall Thickness | Thin walls can vibrate and warp. We recommend ≥0.8 mm for metals and ≥1.5 mm for plastics. For tall or load-bearing features, increase thickness further. |
Cavity Depth | Deep cavities are harder to machine and can cause tool deflection. Keep cavity depth within 4x the width, or use multi-sided access if needed. |
Holes and Threads | Design standard-size holes to match common drill sizes. Max hole depth: 10x diameter. Thread length should not exceed 3x the nominal diameter. For blind holes, add relief at the bottom. |
Undercuts | If undercuts are needed, stick to standard sizes. T-slot and dovetail undercuts should follow typical angles (e.g., 45° or 60°). |
Text and Marking | Raised or very small text increases cost. If engraving is needed, use recessed text with simple fonts. Alternatively, consider laser marking for part numbers or branding. |
Surface Finish | Let us know if specific finishes are required. Standard milled finish is fine for functional parts; high-polish or anodized finishes are available upon request. |
