SMC C96SDB32-60+270C-XC11 ISO TIE ROD CYLINDER

SMC C96SDB32-60+270C-XC11 ISO Tie Rod Cylinder The SMC C96SDB32-60+270C-XC11 ISO Tie Rod Cylinder is a high-performance double-action pneumatic actuator designed for robust industrial applications. Engineered with precision, this cylinder offers reliable performance and exceptional durability, making it suitable for a wide range of automation tasks. ## Key Features • **Double Action Design**: Provides efficient operation for both extending and retracting movements, enhancing overall productivity in automation processes. • **ISO Standard Compliance**: Constructed to meet ISO 15552 standards, ensuring compatibility with other standard components in pneumatic systems. • **Stroke Length**: Features a stroke length of 270 mm, allowing for versatile applications in various machinery and equipment. • **Bore Size**: The cylinder has a bore size of 32 mm, providing optimal force output for a variety of tasks. • **Robust Construction**: Made with high-quality materials and a tie rod design, ensuring structural integrity and resistance to mechanical stress. ## Applications • **Industrial Automation**: Ideal for use in assembly lines, packaging machinery, and robotics where reliable actuation is critical. • **Automotive and Electronics**: Commonly used in manufacturing processes within the automotive and electronics sectors for precise control and movement. • **Food Processing**: Suited for environments that require hygienic conditions due to its durable construction and reliable performance. ## Benefits • **Enhanced Reliability**: Built to withstand demanding conditions, the SMC C96SDB32-60+270C-XC11 ensures minimal downtime and consistent operation. • **Efficient Performance**: Facilitates rapid and smooth operation, contributing to increased productivity in automated systems. • **Versatile Integration**: Compatible with a wide range of pneumatic systems, allowing for easy integration and flexibility in industrial applications. --- *Product information compiled with AI assistance for reference purposes.*