Precision High Rigidity Electric Robot Arm

SFKK industrial robots primarily utilize a modular design to integrate ball screws and linear guideways, thus offering features such as high precision, rapid installation, selectability, high rigidity, small size, and space saving.
The high-precision ball screw is used as the transmission mechanism, and the optimized U-shaped track is used as the guide mechanism to ensure the requirements of precision and rigidity.


Features :

• Easy to design and install
• Small size and light weight
• High precision
• High rigidity
• Fully equipped
• Optimal design
• The optimal rigidity of the track structure was obtained through finite element analysis.

• Modular integrated design combining ball screws and linear guides in a single unit.
• Simplified selection process, eliminating the need to separately select guide and drive components.
• Easy installation, reducing assembly complexity and setup time.
• Reduced verification requirements for component compatibility and alignment.
• Compact structure, minimizing overall system size.
• Space-saving design, requiring less installation space.
• High rigidity, providing improved structural stiffness and stability.
• Faster deployment, shortening machine design and integration time.
• Reduced engineering effort, lowering the workload for system designers and users.
• Improved efficiency, saving both time and space during implementation and operation.

Optional Accessories and Their Functions :
 

• Aluminum Protective Cover
  • Prevents foreign objects and contaminants from entering the system.
  • Protects internal components, enhancing service life, precision, and operational smoothness.
     
• Telescopic Sleeve
  • Shields the actuator from dust, debris, and other external impurities.
  • Helps maintain performance, accuracy, and reliability during operation.
     
• Motor Connection Flange
  • Enables the attachment of various motor types to the SFKK industrial robot.
  • Provides secure and reliable motor mounting.
     
• Limit Switch
  • Acts as a safety device for slider positioning.
  • Defines the origin (home) position of the slider.
  • Prevents the slider from exceeding its allowable travel range, reducing the risk of damage.