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Ball Screw
Ball Screw Low Series EBH/HBW
Ball Screw High Series EBH/HBWPrecision ball screws used in CNC machine tools, automation, and industrial machinery feature high load capacity, high rigidity, long life, low chatter, and affordability, making them advantageous in applications requiring high load capacity, high rigidity, and long-distance motion.
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Electric Cylinder
Rod-Style Electric Cylinder/In-Line Electric Cylinder
This series of electric cylinders integrates technologies such as AC servo motors, servo drivers, high-precision ball screws, and modular design. The entire electric cylinder features a compact structure, low inertia, fast response, low noise, and long lifespan.
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Linear Shaft
W/BAC/BATC/SA/SHF/SK/STBR/WV/WHV/WRA
Linear steel shafts are core components of precision transmission systems, designed specifically for high-load, high-precision linear motion scenarios. They are widely used in CNC machine tools, automation equipment, semiconductor manufacturing, precision measuring instruments, and other fields, providing stable, low-friction, and long-life guiding and support solutions.
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Linear Bearing
Model:LMF/KH/LM/LMK/LMK-L/LM-L/LMT/SB/SBO/SMA/SMA-L/SME/SME-L/TBR
This product demonstrates superior overall performance in its shaft design and application. Regarding shaft-based operation, its scientifically designed structural layout and sophisticated manufacturing process ensure precise and tight fit between the shaft and surrounding components. This fully leverages the shaft's transmission and support functions, guaranteeing stable and efficient shaft-based operation under various complex working conditions, laying a solid foundation for the reliable operation of the entire system.
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Linear Guideway
Model:EBH/EBW/HBW/HBH
A linear guide is a mechanical device used to support and guide moving parts, achieving high-precision linear reciprocating motion. It is also known as a slide rail, linear guide, or linear slide rail. Linear guides achieve motion through rolling friction (such as balls or rollers) or sliding friction. Their core structure includes a track, a slider, rolling elements (such as balls or needle rollers), and a cage. The rolling friction design significantly reduces the coefficient of friction (only 1/50th that of sliding guides), while the cyclic motion of the rolling elements distributes the force, achieving high-precision, low-noise, and long-life linear motion.
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