AirTAC MK Series Pneumatic Cylinder – High Precision Anti-Rotation Guided Cylinder

Specification MK:

The AirTAC MK Series pneumatic cylinder is a guided anti-rotation cylinder designed for automation systems requiring high precision and stable operation. With a dual guide rod structure, it ensures smooth linear motion and effectively prevents piston rod rotation, making it ideal for positioning and assembly applications.

Based on its design, the MK Series features a durable aluminum body combined with parallel guide rods to enhance rigidity and load capacity. The fixed block structure maintains stable positioning during operation, while its compact design helps save installation space. The series also offers flexible options including single acting, double acting, and adjustable stroke types.

Concept & key features

1. The MK Series cylinder converts compressed air into linear motion with high precision. Its guiding system significantly improves motion stability and accuracy.
2. Design-based features
3. High-quality aluminum alloy body for durability and corrosion resistance
4. Dual guide rods for effective anti-rotation and longer service life
5. No additional lubrication required due to advanced sealing system
6. Multiple mounting options for space-saving installation
7. Optional magnetic sensor for precise position detection

Technical specifications

1. Bore size: 6, 10, 16, 20, 25, 32 mm
2. Acting type: Single acting / Double acting
3. Working medium: Filtered air (40µm)
4. Operating pressure: ~0.1 – 1.0 MPa
5. Temperature range: -20°C to 70°C
6. Speed range: 30 – 500 mm/s
7. Port size: M5x0.8 or 1/8”
8. Cushion type: Rubber bumper

Key advantages

1. High precision and stable performance
2. Compact design for easy installation
3. Excellent anti-rotation capability for improved durability
4. Long service life with minimal maintenance
5. Suitable for various industrial environments

Applications

1. The MK Series pneumatic cylinder is widely used in automation systems, production lines, packaging machines, industrial robots, electronics manufacturing, and mechanical engineering. It is especially suitable for applications requiring accurate positioning and non-rotating motion.