2-channel Flange Design Air Rotary Joint with M5 Air Ports and 0.8 MPa Pressure Capacity

This compact, flanged, two-channel air rotary joint is designed for applications requiring integrated air flow into a rotating spindle. Its flanged end mounts directly into a 15mm ID body, enabling simultaneous transmission of power and pneumatics. The housing is constructed of lightweight and durable aluminum alloy. It features two integrated M5 air ports (compatible with 6mm tubing) and supports an operating pressure of 0.8 MPa and a rotational speed of 200 RPM, making it an ideal choice for applications such as small automation equipment and rotary fixtures.

• Highly Integrated Spindle Connection Design: The flange-mounted design connects to a 15mm outer diameter rotating spindle, integrating the pneumatic module and drive shaft into a compact design for easy installation.
• Compact Dual-Path Pneumatic Interface: Two M5 gas channels are provided, compatible with 6mm tubing. This meets the basic requirements for dual-path independent pneumatic functions (such as double-acting cylinder control) and is suitable for applications with limited space.
• Excellent Dynamic Performance and Pressure Capacity: Supporting a maximum operating pressure of 0.8 MPa, it meets the pressure requirements of most industrial pneumatic systems. A maximum rotational speed of 200 RPM indicates its suitability for medium-speed rotation and maintains reliable sealing under dynamic conditions.
• Lightweight and Robust: The housing is constructed of aluminum alloy, ensuring structural strength and durability while achieving a lightweight design.

With its compact flange-type spindle connection design and dual-path pneumatic functionality, this product is primarily targeted at miniaturized, highly integrated automation equipment that requires direct integration of pneumatic control into the rotating drive shaft.

• Small Automation and Robotics
  Applications: End-of-arm joints of small robotic arms, precision rotary pneumatic grippers, and rotary actuators in automated assembly lines. Solution: Directly attaching the slip ring to a 15mm drive shaft provides a dual-path air supply to pneumatic fingers or small cylinders at the end of the shaft, enabling actions such as grasping, rotating, and placing, eliminating the need for additional rotary connections and simplifying the design.
• Precision Machining and Inspection Equipment
  Applications: Small CNC tool turrets, rotary stages for optical inspection equipment, and semiconductor wafer handling mechanisms. Solution: Providing a stable air supply to pneumatic components on rotating parts (such as cleaning nozzles and positioning pins) within limited installation space, ensuring reliable precision operation.
• Medical and Laboratory Equipment
  Applications: Rotary modules in laboratory automation sample processors and rotary reagent dispensers in medical diagnostic equipment. Solving Needs: Meeting high demands for compactness, cleanliness, and reliability, while enabling precise control of liquid or gaseous media during rotation.
• Specialty Display and Light Industrial Equipment
  Applications: Rotating platforms for small interactive displays and rotary sealing heads for lightweight packaging machinery. Solving Needs: Providing economical and efficient pneumatic solutions for light-load applications requiring medium-speed rotation and limited space.