Enhance the precision and efficiency of your machinery with this high-quality Linear Guide Rail and Block set, expertly crafted from durable bearing steel. Designed for small equipment, this compact and lightweight linear rail system offers exceptional performance in applications requiring accurate and smooth linear motion. The model LML12B features a robust 4-point contact design, enabling it to bear loads from all directions while maintaining high strength and precision. Key Features: · Compact and Lightweight Design: Ideal for small equipment, providing easy integration without adding unnecessary bulk or weight. · 4-Point Contact Structure: Ensures excellent load-bearing capacity from multiple directions, delivering stable and precise linear movement. · Ball Retainer Design: Enhances interchangeability with minimal loss of precision, allowing flexible maintenance and replacement. · Built-in Lubrication System: The block includes a convenient oil inlet on the side, making lubrication straightforward and helping to maintain smooth operation and extend service life. · Wide Application Range: Perfectly suited for automatic equipment, precision measuring instruments, and various machines that require reliable and accurate linear motion. Specifications: · Model: LML12B · Type: Slide Rail · Slide Track: Linear Rail · Rail Length Options: 100mm, 150mm, 200mm, 300mm, 450mm (selectable) · Rail Width: 12mm · Material: Bearing Steel · Block Fixation Method: Locked · Weight: Approximately 102g to 335g depending on rail length Package Includes: · 1 x Linear Guide Rail · 1 x Linear Guide Block This Linear Guide Rail and Block combination delivers precise, smooth, and reliable linear motion essential for high-accuracy applications. Its durable bearing steel construction, combined with the innovative 4-point contact and ball retainer design, ensures longevity and consistent performance. The integrated lubrication system simplifies maintenance, making it an excellent choice for professionals seeking dependable linear motion solutions in compact form factors.