Robot prototype and parts manufacturing

Materials Commonly Used in Robotics

• Aluminum

  Lightweight yet strong, aluminum is widely used in robotic arms, frames, and housings. Its excellent machinability and corrosion resistance make it ideal for structural components.

  
  

• Stainless Steel

  Known for its high strength and durability, stainless steel is often applied in joints, shafts, and load-bearing parts. It provides long-lasting performance even under demanding conditions.

  
  

• Nylon (PA)

  A versatile engineering plastic with excellent wear resistance and self-lubricating properties. Nylon is commonly used for gears, bushings, and sliding components in robotics.

  
  

• Carbon Fiber

  Combining exceptional strength with ultra-lightweight properties, carbon fiber composites are used in robotic arms and structural parts where weight reduction is critical.

  
  

• CNC Machining Solutions for the Robotics Industry

  The robotics industry requires components that combine precision, durability, and customization. From robotic arms to end-of-arm tooling, every part must deliver reliable performance under demanding conditions. Our CNC machining services provide robotics companies with high-quality prototypes and production parts, accelerating innovation from concept to market.

  Applications:

  Industrial robots: gearboxes, robotic arms, joint connectors, etc.

  Medical robots: precision components such as surgical instruments and sensor housings.

  Service robots: battery compartments, sensor assemblies, and housings.

  Logistics robots: key structural components and drive systems, etc.

  
  
• Why Choose Our CNC Services for Robotics?

  Precision & Reliability – Tight tolerances ensure smooth operation of gears, joints, and housings.

  Material Versatility – Wide selection of metals, plastics, and composites tailored to robotics needs.

  Rapid Prototyping to Production – From functional prototypes to low-volume manufacturing.

  Industry Compliance – Parts manufactured to meet ISO standards and your specific requirements.

  
  

Common robotics manufacturing service

• 1.CNC Machining

  Advanced multi-axis CNC machines can quickly and accurately produce an unlimited number of finished parts from virtually any commercially available raw material.

  We use CNC machining to manufacture housings and engineering-grade accessories to support robotic components made from a variety of ferrous and non-ferrous metals, as well as rigid plastics.

  
  

• 2.Sheet Metal Fabrication

  Sheet metal fabrication is a widely used metalworking technique that involves applying a step force to plastically deform thin metal sheets, exceeding their yield strength. This allows them to bend and stretch into various complex shapes without sacrificing quality. We provide customized precision parts processing services and technical support, integrating a variety of processes including metal stamping, metal casting, sheet metal forming, surface treatment, and metal heat treatment, making us a true one-stop supplier of robotic parts.

  
  

• 3.Vacuum casting

  Vacuum casting is an extremely adaptable manufacturing process capable of mimicking the injection moulding to produce complex parts in polyurethane resins and cast nylon. Due to the process being under vacuum, it produces high-quality bubble-free casting with smooth surface texture similar to painting effect. It is one of the most cost-effective ways to produce high-quality, low-volume plastic parts that are particularly suitable for automotive prototypes and can be tested for form, fit and function during the structure confirm.

  
  

• 4.Rapid Tooling

  Rapid Tooling is a fast and cost-efficient way to carry out low-volume injection molding for a variety of types of plastic parts. Once the aluminum or steel mold has been created with the rapid tooling process, it can be utilized as part of a molding process to create multiple copies of a part.

  Our custom rapid tooling service is a cost-effective, low-volume alternative in situations where large volumes of the part won’t be needed in the future.