
• Tight tolerances for motion accuracy and repeatability
• Fast turnaround for prototypes and design iterations
• Cost-effective solutions for low to medium volume production

• Tight tolerances for accurate motion and assembly
• Stable processes for consistent batch quality
• Reliable fit for structural and motion components

• Rapid DFM feedback from our engineering team
• Quick turnaround for revisions and prototypes
• Flexible scheduling to support iterative development

• From prototype to small–medium volume
• Aluminum, stainless steel, titanium, and engineering plastics
• Optimized machining to reduce cost while maintaining quality

Robotics applications require lightweight strength, stability, and wear resistance.
Typical Materials:
• Aluminum (6061, 7075) – lightweight structural parts
• Stainless Steel (303, 304, 316) – corrosion-resistant components
• Titanium (Ti-6Al-4V) – high strength-to-weight applications
• Alloy Steel (4140, 42CrMo) – high-strength and wear components
• Engineering Plastics (POM, Nylon, PTFE, PEEK) – low friction and lightweight components

Surface treatments improve wear resistance, corrosion protection, and appearance.
Typical Surface Treatments:
• Anodizing (clear, black, hard anodizing) – protection for aluminum parts
• Bead blasting – uniform matte finish
• Nickel plating / Chrome plating – wear resistance and durability
• Black oxide / Zinc plating – corrosion protection for steel parts
• Powder coating / Painting – protective and cosmetic finishes

Humanoid Robot Reducer Component
Aluminum 6061-T6
Clear anodizing (Type II)

Humanoid Robot Leg Component
Aluminum 6061
Beadblast + Clear Anodization

Humanoid Robot Waist Component
Aluminum 6061
Type III Clear Anodization

Automation Component
Aluminum 7075
Type II Clear Anodization

Humanoid Robot Joint Component
Aluminum 6061
Beadblast + Clear Anodization
We protect your intellectual property through strict confidentiality and controlled file access. NDAs are supported for customer projects. Our engineering team also provides proactive DFM feedback to improve manufacturability, reduce risk, and optimize cost.
All parts are produced according to approved drawings and tolerances. Our stable production processes ensure consistent quality and repeatability across batches. Reliable planning and process control help us maintain consistent lead times and on-time delivery.
Material certificates and full traceability are available when required. Inspection reports, including FAI and dimensional reports, can be provided upon request. Production and quality records are maintained for every order to support long-term program requirements.