Bestselling Smc Cxsl20-20, Cxsl, Dual Piston Rods, Ball Bushing Bearing - Us Warehouse [BXi8NWTt]

SMC CXSL20-20: Precision in Motion

The SMC CXSL20-20 is a compact and precise linear actuator designed for a variety of applications. This dual piston rod, ball bushing bearing actuator is engineered for accurate pick-and-place operations and light-duty material handling. Its compact design ensures minimal space requirements while delivering exceptional performance. The CXSL20-20 is versatile, compatible with both reed and solid-state switches, making it a flexible choice for various automation needs.

• Accurate and Precise – Ideal for pick-and-place applications
• Compact Design – Saves space and maximizes efficiency

Technical Specifications and Features

The SMC CXSL20-20 series is available in six bore sizes and stroke lengths up to 100mm, providing flexibility for a wide range of applications. The actuator features a non-rotating specification, ensuring accurate positioning. Key specifications include a bore size of 20mm and a stroke length of 20mm. The thread port is M5, suitable for sizes 25 to 32, and it comes without a stable lubrication function. The CXSL20-20 is available in clean room versions, making it suitable for sensitive environments.

• Bore Size: 20mm
• Stroke: 20mm
• Thread Port: M5 (Rc (PT) for sizes 25 to 32)

Applications and Benefits

The SMC CXSL20-20 is perfect for use in accurate pick-and-place applications and light-duty material handling. Its non-rotating specification and compact design make it ideal for environments where precision and space are crucial. Whether you're working in a clean room or an industrial setting, this actuator delivers reliable performance. The CXSL20-20 is also suitable for use with reed or solid-state switches, providing versatility for different automation systems. With a lead wire or prewired connector of 0.5m, it is easy to integrate into your existing setup.

• Accurate Pick-and-Place Operations – Enhance precision in assembly lines
• Light-Duty Material Handling – Efficient handling of lightweight materials