Description

Linear Rail SBR10 – 2 Meter Length

Specification: Linear Rail SBR Models

Available SBR Rail Series Diameters: 10 / 12 / 16 / 20 / 25 / 30 / 35 / 40 / 50 mm

Features: SBR Linear Rail System

• The linear bearing is a cost-effective solution for linear motion systems, offering unlimited travel in conjunction with a cylinder axis. Due to point contact between the ball bearing and the straight axis, the load capacity is moderate.
• The ball bearings rotate with minimal friction, enabling high-precision and smooth motion.
• Flanged linear bearings are available in various configurations: round flange, oval flange, guided wheel flange, guided oval flange, and extended round flange types.
• This product is a sliding unit featuring an aluminum housing, shafts, and an aluminum rail designed to prevent deflection.
• The complete sliding unit system allows for simple and accurate mounting by tightening bolts.
• The support rail unit provides maximum rigidity and stiffness to the shaft across the entire stroke, ensuring optimal system performance.

SBR Linear Rail Assembly with Sliding Block

Rear View of SBR Linear Rail

Comparison: HGH vs. SBR Linear Slide Blocks

HGH and SBR linear slide blocks differ in application characteristics and performance:

HGH Linear Guideway

• Structure: HGH type linear guideways feature a grooved rail profile that guides recirculating ball bearings, providing a smooth and durable sliding surface.
• Precision: Offers high precision, making it suitable for applications requiring fine accuracy, such as CNC machines and measurement equipment.
• Load Capacity: Capable of supporting high loads and resistant to impact forces.
• Applications: Utilized in heavy-duty industrial applications, including machine manufacturing, precision component production, and electronic assembly.

SBR Support Rail Guide

• Structure: SBR type linear rails typically consist of a round shaft supported by an aluminum profile, with ball bearings moving along the shaft, offering flexibility in application.
• Precision: Provides moderate precision, not ideal for applications demanding extremely high accuracy.
• Load Capacity: Lower load capacity compared to HGH, but offers greater flexibility.
• Applications: Used in applications where high precision is not critical, such as 3D printers, small laser cutters, and general motion systems.

Summary of Differences

• HGH: Best suited for applications requiring high precision and significant load capacity.
• SBR: Ideal for applications prioritizing flexibility and general-purpose use.

Selection between HGH and SBR should be based on specific application requirements and performance needs.

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