Thomson Linear 512S65D3ES2 Profile Rail 500 Series Roller Carriage Size: 65 mm Super Precision Grade D Style 3 - Approximately 0.13 C Preload Steel ES2 - Side lubrication in end caps

# Linear Motion - Thomson Linear 512S65D3ES2 Profile Rail Roller Carriage The Thomson Linear 512S65D3ES2 Profile Rail Roller Carriage is engineered for high-performance linear motion applications. With a size of 65 mm and utilizing precision-grade D technology, this roller carriage ensures exceptional smoothness and reliability in various demanding environments. It features a robust steel construction with a preload of approximately 0.13 C, making it suitable for precision applications in industries such as aerospace, factory automation, and medical devices. ## Key Features • **Precision Engineering**: Super Precision Grade D design ensures minimal friction and high accuracy during operation. • **Size**: The carriage measures 65 mm, tailored for standard linear guide applications. • **Durable Construction**: Made from high-quality steel, providing enhanced strength and durability under heavy loads. • **Preload Specification**: Approximately 0.13 C preload configuration optimizes performance while minimizing backlash. • **Lubrication System**: Features side lubrication in end caps, ensuring consistent performance and maintenance ease. ## Applications • **Aerospace and Defense**: Ideal for applications requiring high precision and reliability in motion control systems. • **Factory Automation**: Suitable for automated systems where smooth and precise linear movement is critical. • **Medical Devices**: Used in medical equipment where accuracy and durability are paramount. ## Benefits • **Enhanced Performance**: Provides smooth and reliable movement, reducing wear and increasing lifespan. • **High Load Capacity**: Capable of handling significant loads, making it versatile for various applications. • **Maintenance Friendly**: The side lubrication feature allows for easy maintenance and operational efficiency. --- *Product information compiled with AI assistance for reference purposes.*