The Mechanical Parts Of A Robot Manufacturer!

 

Our goal is to become your true partner in the field of 3D printing China. ShenZhen Strongd Model Technology Co.,Ltd. is a factory specializing in prototype fabrication, batch CNC machining&turning, injection molding,vacuum casting,and sheet metal bending. We have a skilled engineering team dedicated to refining every stage, from product development and process improvement to production oversight, ensuring every product delivered meets rigorous quality and performance standards. The price is competitive and the product is quality-assured, which is a good choice for your long-term cooperation.

 

 
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  • Robot Metal Parts Manufacturing
    Because they are directly tied to the motion precision and stability of the robot, metal parts for robots typically demand exceptionally high dimensional accuracy as well as form and position
  • Humanoid Robot Joint Parts
    With the development of artificial intelligence, automation and bionics, humanoid robots, as the category with the highest degree of technology integration and the widest application scenarios in
  • Metal Robot Body Parts
    In today's rapidly advancing industrial automation sector, metal robot body parts have become indispensable core components in high-end robotics manufacturing due to their exceptional strength,
  • Stainless Steel Metal Robot Parts
    Stainless steel metal robot parts refer to manufacturing precision robotic components through CNC machining, laser cutting, and welding. Strongd serves industrial automation, medical robotics, and
  • Surgical Robots Parts
    Surgical robots parts refer to manufacturing precision components for medical robotic systems through CNC machining, grinding, and micro-finishing. Strongd serves Class I/II medical device
  • Mechanical Robotic Parts
    The manufacturing of mechanical robotic parts uses advanced CNC processing technology and precision testing equipment, which can achieve micron-level processing accuracy. For example, the precision
  • Aluminium Robot Chassis
    In today's era of rapid development of intelligent manufacturing and robotics, aluminium robot chassis is widely used in various types of service robots, industrial robots, AGV, educational robots
 
Why choose us

Our certifications

Our products meet ISO9001 and IATF 16949 certifications.

 

Production equipment

We have advanced production equipment, including 80 CNC machines, 70 injection molding machines, 12 sheet metal bending machines, and 8 3D printers.

Product market

Our products are well-received and exported to countries and regions such as the United States, Switzerland, France, the United Kingdom, Australia, and Italy.

 

Our services

Our team of experts will recommend the most suitable products according to customer needs and provide detailed consultation, we ensure timely delivery and provide installation guidance, and we provide long-term service support.

 

Robot Metal Parts Manufacturing

 

Robot Metal Parts Manufacturing

Because they are directly tied to the motion precision and stability of the robot, metal parts for robots typically demand exceptionally high dimensional accuracy as well as form and position tolerances. For instance, it is typically necessary for joints, reducers, bearing seats, gears, and other components to have machining accuracy at the μm (micrometer) level.

 

Advantages of Robot Metal Parts Manufacturing

Mprove robot performance
High-precision metal processing allows the robot to run more steadily, respond faster, and have greater repeat positioning accuracy, allowing it to operate in complex or high-load circumstances.

 

Ensure great reliability
Reliable metal parts can greatly lower the robot's failure rate and maintenance expenses while in operation, as well as lengthen the whole machine's service life.

High customizability

Robotic metal parts processing may be easily adjusted in size, shape, and structure to meet unique needs, making it ideal for collaborative robots, medical robots, industrial robots, and other industries that require great functional distinction.

Compatible with automated production lines

The mes system can be used in batch processing of robot components to enable production visualization, data traceability, and full-process quality control, resulting in intelligent manufacturing.

Superior strength and durability

Metal parts are more stable in shock, vibration, and high temperature conditions than plastics or composite materials.

 

Logistics Packaging and Delivery Guarantee

Packaging Method

Single piece foam wrap + bubble bag to avoid scratches and collisions Similar products are packed in boxes and labeled to indicate size/purpose Large parts are packed in customized wooden boxes or pallets to prevent shock and moisture

Shipping Service

Provide EXW, FOB, DDP and other trading methods
Support domestic dedicated lines, international express (DHL/UPS), full container shipments Batch shipments and supporting assembly and transportation services can be provided

Shipping Information

Including packing list, invoice, quality inspection report, material certification, etc. Customers can choose electronic delivery methods for easy archiving

 

 

Mechanical Robotic Parts

The manufacturing of mechanical robotic parts uses advanced CNC processing technology and precision testing equipment, which can achieve micron-level processing accuracy.

Mechanical Robotic Parts

 

Advantages of Mechanical Robotic Parts
 

Ultra-High Motion Precision
Mechanical robotic parts with nano-level machining technology achieve repeat positioning accuracy of ±0.05mm, meeting demanding applications such as precision assembly and minimally invasive surgery. For example, our harmonic reducers feature special tooth profile designs with transmission accuracy within 1 arc min.

 

Exceptional Durability
Critical moving parts utilize high-strength alloy steel or specialty ceramic materials
Special heat treatment processes
Optimized lubrication systems

 

Modular Design Philosophy
Standardized interface modular components support quick disassembly and functional expansion, significantly reducing maintenance and upgrade costs for robotic systems.

 

Smart Integration Capabilities
Built-in sensor interfaces and condition monitoring functions enable real-time collection of torque, temperature, vibration and other operational data for predictive maintenance.

 

Lightweight Structural Design
Topology optimization techniques and aerospace-grade aluminum alloys reduce weight by 30%-50% while maintaining structural integrity.

 

 
Typical Applications of Mechanical Robotic Parts
 
01/

Industrial Automation
Automotive manufacturing: Robotic joint modules for welding
Electronics assembly: Precision transmission systems for SCARA robots
Logistics warehousing: AGV drive units

02/

Healthcare
Surgical robots: High-precision force feedback joints
Rehabilitation equipment: Compliant drive mechanisms
Prosthetics: Miniature transmission systems

03/

Special Applications
Explosion-proof environments: Intrinsically safe drive components
Deep-sea exploration: Pressure-resistant sealed structures
Space exploration: Radiation-hardened precision mechanisms

04/

Service Robots
Domestic service: Lightweight joint modules
Education/research: Open control interfaces
Commercial guidance: Silent transmission systems

 

FAQ

Q: What is your minimum order quantity?

A: Minimum order quantity is one set.

Q: Could you advise payment terms?

A: We accept both LC and TT.

Q: Can I Request A Sample?

A: For certain manufacturing processes like injection molding, we can provide a T1 sample for your parts, then further samples if required.

Q: How Fast Can I Get My Parts?

A: We can fulfill orders quickly, but lead times depend on a few factors, such as the manufacturing process, order quantity, and part complexity. CNC machined parts can take as little as five days, 3D printed parts can take as little as three days, while moldings made via rapid tooling can take as little as 5–7 days.

Q: How to choose between 3D printing and CNC?

A: 3D printing can be used to create some complex structures or small batches of customized parts, but for mass production and important load structure, CNC processing remains favorable in terms of strength, precision, and cost.

Q: How do you control tolerances in robot part processing?

A: High-precision CNC machine tools, automatic measurement systems (e.g., three-coordinate measurement), temperature control, and fixture systems can regulate processing tolerance to ±0.01mm or smaller.

Q: What materials are usually used to produce robot metal parts?

A: Common materials include aluminum 6061/7075 , 304/316 stainless steel, 42CrMo alloy steel, titanium alloy, copper alloy, etc..

Q: Why are aluminum alloys mostly used for robot joint components?

A: Aluminum alloy has the advantage of lightweight, processable, and corrosion resistant, making it ideal for collaborative robots or light robots that require weight reduction.

As one of the leading mechanical parts of a robot manufacturers and suppliers in China, we warmly welcome you to buy high-grade mechanical parts of a robot made in China here from our factory. All customized products are with high quality and competitive price.

Humanoid Robot Joint Parts, Mechanical Robotic Parts, Stainless Steel Metal Robot Parts
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