MXW12-125-M9B SMC Pneumatic Slide Table: High Precision, High Rigidity, Long Stroke

2024-08-24 By xyj2024 0

In the field of automated equipment and precision machinery, the stability and rigidity of linear guide rails are crucial for ensuring mechanical accuracy. The SMC MXW12-125-M9B Pneumatic Slide Table, with its long stroke design and consistent high rigidity throughout the entire stroke, provides an ideal solution for automated applications.

Product Features

  • Long Stroke Design: Adapts to the long stroke of the linear guide rail swing stage, meeting the needs of large range movement.
  • Consistent Rigidity Throughout the Stroke: Ensures the stability and load capacity of the swing stage throughout the entire stroke.

Technical Specifications

  • Cylinder Diameter: 12mm, providing sufficient force and stability.
  • Stroke Length: 125mm, a long stroke design suitable for applications requiring a larger stroke.

Optional Information

  • Port Thread Types: M threads for Φ8 to Φ16, Rc threads for Φ20 to Φ25, compatible with various standard interfaces.
  • Options: Standard configuration with polyurethane buffers to reduce impact and noise.

Magnetic Switch Features

  • Magnetic Switch Model: M9B, contactless magnetic switch, providing stable and reliable position feedback.
  • Wire Lead Style: Direct wiring, with indicator light, 2-wire style, horizontal wiring.
  • Wire Length: 0.5m, suitable for most installation environments.
  • Applicable Voltage: DC24V (DC10~28V), compatible with various power supply requirements.

Application Scenarios

The MXW12-125-M9B Pneumatic Slide Table is suitable for automated machinery, precision positioning systems, robots, and other fields, especially in situations requiring long stroke and high precision positioning.

With its characteristics of long stroke, high rigidity, and high precision, the SMC MXW12-125-M9B Pneumatic Slide Table has become an ideal linear motion component in automated equipment. It provides stable and reliable performance in both standard industrial environments and special application requirements.

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