Thomson Linear 2DA1600AL60 Linear Guide 2DA Dual Shaft Continuously supported DSRA Horizontal carriage 1.000 in One Dual Guide 5400 lbf Dynamic Load Capacity

# Linear Motion Solutions The Thomson Linear 2DA1600AL60 Linear Guide is engineered for precision and efficiency in linear motion applications, featuring a dual shaft design that ensures smooth and reliable operation. This guide is ideal for high-load scenarios, making it suitable for a variety of industrial uses. ## Key Features • **Dynamic Load Capacity:** Capable of supporting dynamic loads up to 5400 lbf, ensuring robust performance in demanding environments. • **Dual Shaft Configuration:** The 2DA design provides enhanced stability and load distribution, effectively minimizing alignment issues. • **Continuous Support:** Features a continuously supported horizontal carriage that improves reliability and reduces wear over time. • **Precision Engineering:** Manufactured to high standards, ensuring accuracy and longevity in operation, ideal for high-precision applications. • **Versatile Applications:** Designed for compatibility with a broad range of linear motion systems, enabling seamless integration into existing setups. ## Applications • **Factory Automation:** Perfect for assembly lines and robotic applications where precise linear motion is critical. • **Aerospace and Defense:** Suitable for applications requiring high reliability and performance under extreme conditions. • **Medical Devices:** Ideal for equipment that demands precision, such as surgical robots and diagnostic machinery. ## Benefits • **Enhanced Reliability:** The robust design minimizes maintenance needs and downtime, ensuring continuous operation. • **Improved Efficiency:** The dual shaft configuration allows for smoother motion, reducing energy consumption and operational costs. • **Long Lifespan:** Built with quality materials and engineering, this linear guide delivers exceptional durability and long service life. --- *Product information compiled with AI assistance for reference purposes.*