Oval Belt-horizontal Cam

Features :
 

• Bottom Plate Installation with Flexibility for Length:

  • For line lengths under 2.5 meters, a single bottom plate is used, streamlining the setup process.
  • For lines exceeding 2.5 meters, a modular split plate installation method allows easy assembly and extended lengths, ensuring versatility for different production layouts.

• AT10 Steel Curtain Synchronous Belt:

  • The AT10 steel curtain belt, with a width of 25mm, is specially designed to provide strong tensile resistance, reducing the likelihood of breakage.
  • It offers high synchronization and precision, available in contoured tooth or belt buckle connection options for dependable operation in high-speed applications.

• Cylinder Swing Arm Positioning Mechanism:

  • A secondary positioning system, utilizing a cylinder swing arm, is designed for installation at any workstation, providing consistent and accurate positioning.
  • This feature achieves repeat positioning accuracy within ±0.05mm, making it ideal for precision-driven tasks.

• Efficient and Reliable Drive System:

  • Powered by a 750W servo motor coupled with a helical planetary reducer, this system provides smooth and stable torque output, ensuring reliability and ease of control even at high speeds.

• Precision and Noise Reduction: The V-type track, combined with GMP components, provides quiet operation with high precision, enhancing workplace comfort and reducing noise pollution.
• Simple Installation and Flexibility: Modular installation with a bottom plate makes it easy to adjust and set up, particularly for projects requiring different lengths.
• Durable and Low-Maintenance: The AT10 steel curtain belt resists wear and tear, reducing the need for frequent maintenance while maximizing synchronization.
• High-Speed, Light-Load Adaptability: Specifically designed for high-speed production with smaller loads, this system is ideal for efficient, light-duty applications.
• Applicable ring rails (φA): φ255, φ300, φ351, φ400, φ468, φ500, φ600

Parameter Designs :