- Type: Linear guide block (DSG 16H WERB series)
- Load: Supports radial loads, reverse radial loads, and moderate moment loads during linear motion
- Cage: Rolling element retainer with recirculating ball path design
- Performance: Smooth motion, high positioning accuracy, and low friction for precision movement
- Construction: Guide block body with recirculating ball bearings designed to run on a matched linear rail
- Use cases: CNC machine axes, automation equipment, gantry systems, robotics, precision motion platforms
- Note: Works with a compatible linear guide rail; correct mounting, alignment, and lubrication are required for reliable operation.
DSG 16H
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₨ 999.00
The DSG 16H WERB Linear Guide Block is a precision motion component designed to deliver smooth, accurate linear movement when paired with a compatible guide rail. It is commonly used in CNC machines, automated equipment, and industrial motion systems where stable guidance, reliable load support, and consistent positioning are required. The DSG 16H WERB block helps reduce friction while maintaining strong support for moving assemblies, making it suitable for equipment that demands repeatable motion and dependable performance.
Key Features
- Smooth and precise linear motion along guide rails
- High rigidity for stable machine movement
- Good load carrying capacity for industrial motion systems
- Durable rolling elements for consistent performance
- Designed for reliable operation in CNC and automation setups
Common Applications
CNC machines, automated production equipment, industrial robots, gantry systems, precision positioning platforms, linear motion assemblies, and inspection machines.
Selection Notes
Confirm the guide rail size and compatibility with the 16H series before installation. Proper rail alignment and secure mounting are important to maintain accuracy and smooth motion. Ensure the system load, travel speed, and operating environment match the bearing specifications. Regular lubrication and proper sealing help extend service life and maintain performance.
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