16mm Inside Diam, 4,400 Lbs. Dynamic Capacity, Closed Twin Pillow Block Linear Bearing MPN:SSETWNM16DD

Introducing our Closed Twin Pillow Block Linear Bearing designed for heavy-duty applications requiring high dynamic loads and precision guidance. With an impressive capacity of 4,400 lbs. and a durable closed twin pillow block design, this linear bearing is perfect for machinery parts manufacturing and other industries where precision movement is critical. Its 16mm inside diameter allows for accurate alignment and smooth operation, while the 43mm length between mounting hole centers ensures easy installation in your application. The closed design of the twin pillow block bearing also protects against contamination, increasing the longevity and reliability of your machinery. Choose our Closed Twin Pillow Block Linear Bearing for superior performance and precision guidance in your industrial applications.

Top product features:

• High dynamic capacity: With a capacity of 4400 lbs., this linear bearing is designed to handle heavy-duty applications requiring high loads and precise guidance.
• Closed twin pillow block design: The closed twin pillow block construction protects against contamination, ensuring the longevity and reliability of your machinery.
• Accurate alignment: The 16mm inside diameter allows for precise alignment of the bearing, providing smooth operation in even the most critical applications.

Top product applications:

• Machinery parts manufacturing: This linear bearing can be used in the production of machinery components where high dynamic loads and precision movement are critical.
• Heavy-duty industrial equipment: The closed twin pillow block construction makes it suitable for use in heavy-duty industrial equipment like robotics, packaging lines or material handling systems requiring smooth, precise movements.
• Automated assembly lines: Due to its high dynamic capacity and accurate alignment, this linear bearing can be used in automated assembly lines where precise positioning of components is necessary for efficient operation.