SMC C1G32-02-M3202AR round body pneumatic cylinder designed for precision control in automation applications. This high-performance actuator features advanced materials and innovative design for reliable operation in demanding environments.

SMC C1G32-02-M3202AR ROUND BODY CYLINDER The SMC C1G32-02-M3202AR Round Body Cylinder is a high-performance pneumatic actuator designed for precision control in various automation applications. Engineered with advanced materials and innovative design, this cylinder ensures reliable operation in demanding environments, making it an ideal choice for industrial automation tasks. ## Key Features • **Compact Design**: The round body configuration allows for space-efficient installation without compromising performance. • **Bore Size**: Features a 32 mm bore diameter, providing adequate force output for a range of applications. • **Stroke Length**: The cylinder is designed for a 50 mm stroke length, enabling efficient movement with precision. • **Operating Pressure**: Capable of operating at pressures up to 1 MPa (145 psi), ensuring robust performance under varying conditions. • **Material Construction**: Constructed from high-quality aluminum and other durable materials, ensuring longevity and resistance to wear. ## Applications • **Industrial Automation**: Ideal for use in assembly lines, packaging machinery, and material handling systems. • **Compatibility**: Fully compatible with SMC’s extensive range of pneumatic components, enhancing system integration. • **Sector Versatility**: Suitable for industries such as automotive, electronics, and food processing, where precision and reliability are paramount. ## Benefits • **Enhanced Efficiency**: Optimized design reduces energy consumption while maintaining high operational efficiency. • **Reliability**: Built to withstand rigorous operating conditions, ensuring minimal downtime and maintenance. • **Versatile Use**: The cylinder's broad application range makes it a versatile solution for various automation needs. --- *Product information compiled with AI assistance for reference purposes.*