Robotics & Automation Prototyping Services

Robotics & Automation Prototyping

At XHYE we specialize in high-precision CNC machining paired with complementary technologies to produce functional prototypes and low-volume series parts for robotics and automation. Our components help teams iterate quickly on mechanical structures, motion systems, and integrated assemblies while maintaining the tight tolerances required for smooth, reliable operation.

Whether you are building a new cobot platform, optimizing a pick-and-place system, or developing specialized automation tooling, XHYE delivers the speed, accuracy, and flexibility modern robotics programs need.

Superalloys CNC Machining

客户行业

航空航天

客户行业

航空航天

客户行业

航空航天

客户行业

航空航天

Why Choose XHYE for Robotics & Automation Parts?

In robotics and automation, the ability to test mechanical concepts quickly and refine designs based on real-world motion data is everything. XHYE supports this fast-paced environment with precision manufacturing and practical engineering support.

Core advantage

Aerospace Manufacturing Processes

XHYE offers wide range of manufacturing processes for aerospace prototypes and production parts.

CNC Machining

Our core strength. 3-, 4-, and 5-axis milling and turning for precision robot arms, joint housings, gripper fingers, shafts, and mounting plates. Ideal when tight tolerances and excellent surface quality are required for motion systems.

Injection Molding

Engineering plastics for robot housings, covers, gripper pads, and electronic enclosures. Quick-turn tooling allows functional plastic prototypes before committing to production molds.

3D Printing

Metal 3D printing for complex, lightweight end-effectors and topology-optimized structures. Polymer printing (FDM, SLS, MJF) for rapid custom grippers, sensor brackets, cable guides, and prototype jigs — perfect for quick design validation.

Sheet Metal Fabrication

Laser cutting, bending, and welding for robot bases, frames, enclosures, and protective covers. Fast and economical for structural and non-critical aesthetic parts.

Aluminum Alloys
(6061, 7075, 5052)
Engineering Plastics
(PA6, PA66, PEEK, ABS+PC, POM)
Magnesium Alloys Carbon Fiber Composites Tool & Alloy Steels
(4140, 4340, tool steels)
Stainless Steel
(304, 316, 17-4PH)
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CNC machined aluminum alloy robotics components including robot arms, joint housings, end-effector frames and mounting plates in 6061, 7075, 5052 alloys with lightweight silver finish on clean white background
Aluminum Alloys Robot Components Robot arms, joint housings, end-effector frames & mounting plates. Excellent strength-to-weight ratio and machinability for moving parts.
Injection molded and CNC machined engineering plastics robotics parts: gripper pads, housings, cable guides, sensor mounts and covers in PA6, PA66, PEEK, ABS+PC, POM on clean white background
Engineering Plastics Robotics Parts Gripper pads, housings, cable guides, sensor mounts & covers. Low weight, good wear resistance, design freedom and cost-effectiveness.
Die cast and CNC machined magnesium alloy ultra-lightweight robotics components: robot arms, rotating components and structural brackets with silver-gray finish on clean white background
Magnesium Alloys Ultra-Light Parts Lightweight robot arms, rotating components & structural brackets. Ultra-low density for maximum weight reduction in high-speed robots.
Carbon fiber composite robotics parts: high-speed robot arms, structural beams and lightweight end-effectors with woven carbon texture on clean white background
Carbon Fiber Composite Robot Parts High-speed robot arms, structural beams & lightweight end-effectors. Highest stiffness-to-weight ratio for dynamic performance.
CNC and EDM machined tool steel and alloy steel robotics mechanisms: shafts, gears, gripper fingers and wear plates in 4140, 4340, tool steels with dark metallic finish on clean white background
Tool & Alloy Steels High-Wear Parts Shafts, gears, gripper fingers & wear plates. High wear resistance and durability for high-cycle mechanisms.
CNC machined and sheet metal fabricated stainless steel robotics parts for hygienic environments: food-grade automation components, medical robotics parts and frames in 304, 316, 17-4PH with polished finish on clean white background
Stainless Steel Hygienic Components Food-grade automation parts, medical robotics components & frames. Corrosion resistance and strength for exposed or hygienic environments.
Best-Suited Processes CNC
Sheet Metal
Die Casting
Metal 3D Printing
Injection Molding
CNC
Polymer 3D Printing
Die Casting
CNC
Layup + CNC Machining CNC
EDM
CNC
Sheet Metal
Why It’s Used in Robotics & Automation Excellent strength-to-weight ratio and machinability for moving parts Low weight, good wear resistance, design freedom, and cost-effectiveness Ultra-low density for maximum weight reduction in high-speed robots Highest stiffness-to-weight ratio for dynamic performance High wear resistance and durability for high-cycle mechanisms Corrosion resistance and strength for exposed or hygienic environments
Typical Applications Robot arms, joint housings,
end-effector frames,
mounting plates
Gripper pads, housings,
cable guides, sensor mounts,
covers
Lightweight robot arms,
rotating components,
structural brackets
High-speed robot arms,
structural beams,
lightweight end-effectors
Shafts, gears,
gripper fingers,
wear plates
Food-grade automation parts,
medical robotics components,
frames

Applicable Finishes For Aerospace Industry

Surface finishing is critical for corrosion protection, wear resistance, fatigue life, and appearance of aerospace components. XHYE offers a comprehensive range of aerospace-approved finishes that meet strict environmental and performance requirements.

Finish Process Applicable Materials Key Characteristics / Benefits Typical Thickness Available Colors / Appearance
Anodizing Anodizing
(Type II & Type III)
Aluminum Alloys Excellent corrosion resistance, increased surface hardness, good paint adhesion 5–25 μm (Type II)
25–150 μm (Hard Type III)
Clear, Black, Red, Blue, Gold, Green, etc.
Chemical Conversion Coating Chemical Conversion Coating
(Alodine / Chromate)
Aluminum Alloys Superior corrosion protection, excellent paint base, good electrical conductivity 0.5–2 μm Clear / Iridescent Yellow / Gold
Passivation Passivation Stainless Steel, Titanium Removes free iron, enhances natural corrosion resistance, no dimensional change <1 μm No color change (maintains original metallic look)
Electroless Nickel Plating Electroless Nickel Plating Aluminum, Steel, Stainless, Copper Alloys Uniform coating, high wear and corrosion resistance, ideal for complex geometries 5–50 μm Silver / Semi-bright
Electroplating Electroplating
(Zinc, Nickel, Cadmium)
Steel, Alloy Steel, Aluminum Sacrificial protection, high wear resistance, good lubricity 5–25 μm Silver, Yellow, Black (depending on type)
Powder Coating / Painting Powder Coating / Painting Most Metals High weather and chemical resistance, excellent decorative options 50–150 μm Wide range (RAL colors, matte/gloss)
Bead Blasting Bead Blasting / Abrasive Blasting All Metals Uniform surface texture, deburring, improved adhesion N/A (surface texture) Matte / Satin
Polishing / Mirror Finish Polishing / Mirror Finish All Metals (especially Aluminum & Stainless) Extremely low surface roughness, improved aerodynamic performance N/A High Gloss / Mirror

Project Gallery

We are proud to partner with leading companies across multiple industries. Here’s what some of our clients have to say about working with XHYE.

Case Studies

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