The Linear Guide is a high-precision motion system designed to provide smooth, accurate, and stable linear movement in industrial machinery. It consists of a hardened guide rail and a precision bearing block (carriage) that work together to deliver low-friction, high-load, and highly controlled motion.Engineered for durability and accuracy, the Linear Guide ensures excellent positioning precision, high rigidity, and long service life, even under continuous heavy-duty operations. It minimizes vibration and mechanical wear, making it ideal for high-performance applications.The Linear Guide is widely used in marble, granite, and tile processing machines, CNC machinery, automation systems, and stone cutting equipment, where precise movement and reliability are critical for quality output.

General Application

• Used in marble, granite, quartz, and natural stone processing machines
• Suitable for tile cutting, slab processing, CNC stone machines
• Provides precise movement for cutting, polishing, and automation systems

Material & Construction

• High-quality bearing steel (HRC hardened raceways)
• Rail made from induction-hardened steel for durability
• Carriage/block with recirculating steel ball system
• Anti-corrosion coating for industrial environments

Design Features

• Rail and block (carriage) system for linear motion
• Four-direction equal load design (radial & lateral support)
• High rigidity structure for heavy-duty stone machines
• Dust-proof seals for protection in stone cutting environments

Technical Specifications (Typical Range)

Performance Features

• High precision and repeatability
• Smooth low-friction linear motion
• Strong load-bearing capacity
• Excellent rigidity under vibration and heavy load
• Long service life in continuous industrial use

Key Advantages

• Ensures accurate stone cutting and slab alignment
• Reduces machine wear and maintenance cost
• Improves production speed and efficiency
• Suitable for high-load marble & tile machinery
• Stable performance in harsh industrial environments