Thomson Linear 511P35D2ES10 Profile Rail 500 Series Ball Carriage Size: 35 mm Precision Grade D Style 2 - Approximately 0.08 C Preload Steel ES10 - Side Lubrication in End Caps

# Linear Motion - Thomson Linear 511P35D2ES10 Profile Rail Ball Carriage The Thomson Linear 511P35D2ES10 Profile Rail Ball Carriage is a high-performance linear motion component designed for precision and reliability in various industrial applications. This carriage is engineered to facilitate smooth linear motion while supporting high load capacities, making it ideal for demanding environments such as factory automation and aerospace. ## Key Features • **Size**: 35 mm, designed to fit seamlessly within 500 Series profile rails. • **Precision Grade**: D, ensuring exceptional accuracy and minimal backlash for precise positioning. • **Preload**: Approximately 0.08 C, which optimizes performance while minimizing play in the system. • **Material**: Constructed from high-quality steel, ensuring durability and longevity under heavy usage conditions. • **Lubrication**: Features side lubrication in end caps, which enhances maintenance efficiency and prolongs the life of the carriage. ## Applications • **Factory Automation**: Ideal for use in automated systems that require precise linear motion and high reliability. • **Aerospace**: Suitable for applications demanding stringent performance standards and robustness. • **Medical Devices**: Effective in medical machinery where accuracy and smooth operation are critical. • **Custom Machinery**: Can be integrated into bespoke systems tailored to specific operational requirements. ## Benefits • **Enhanced Performance**: The precision design and preload characteristics lead to improved motion control and throughput. • **Durability**: High-quality materials and construction provide exceptional resistance to wear and tear, ensuring a longer lifespan. • **Ease of Maintenance**: The side lubrication feature simplifies maintenance procedures, minimizing downtime and operational disruptions. --- *Product information compiled with AI assistance for reference purposes.*