Linear guides provide smooth, precise motion in machinery using a rail and rolling-element carriage. Key for automation and CNC machines.

Roller guides use cylindrical rollers instead of balls, offering higher load capacity and rigidity. Ideal for heavy machinery and high-precision automation.

Miniature guides are compact, high-precision linear motion systems ideal for small devices like medical and semiconductor equipment.

A steel strip guide seals linear motion systems with a flexible steel band to keep out dust and debris, ensuring smooth operation and reducing maintenance in industrial environments. 

Ball screw converts rotary motion into linear motion with high precision using recirculating balls between screw and nut. Essential for CNC machines and automation systems.

A support block holds and aligns a ball screw, ensuring stable linear motion in machinery.

A motor mount securely fixes the motor to the machine frame, ensuring precise alignment with the drive system (like a ball screw) for stable power transmission.

Embedded module features a built-in guide rail recessed within the base, creating a low-profile, streamlined structure. This design enhances dust resistance and simplifies installation.

KK module integrates a U-shaped linear guide with a ball screw into a compact unit. Its carriage functions as both the ball screw nut and the guide block. This design offers high rigidity and space efficiency.

Bearing Shaft: Hardened round shaft for linear motion with bushings.

SBR Guide: Rigid round rail supported by an aluminum base for industrial use.

A coupling connects two shafts to transmit torque and motion, serving as a key component in mechanical drive systems for machinery.