High-precision, high-efficiency mechanical devices commonly used to drive the axis of machine tools, ensuring precise movement and optimum performance.
Overview
Linear motion systems in machine tools require precise and efficient positioning of components. Super precision bearings support these systems at both ends, providing high axial rigidity, load carrying capacity and exceptional running accuracy. They can handle high speeds and rapid accelerations and ensure superior performance.
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Linear guides offer frictionless, smooth motion along a single axis for high-accuracy movement, ensuring precise positioning in applications that require exact control.
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Ball splines transmit torque with minimal backlash, providing smooth, synchronized linear and rotary motion for precise control in systems such as robotics and automation.
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Linear bushes are designed with low friction to reduce energy consumption, extend service life and reduce maintenance costs, increasing system efficiency.
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Linear motion strokes are optimized to support various load capacities, ensuring reliable performance in both light and heavy-load applications.
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Linear packs provide smooth, low-friction movement along their travel path, ensuring precise and controlled motion with minimal resistance.
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Cross roller guides are compact, providing high load capacity in tight spaces, making them ideal for performance-critical applications with space constraints.
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Used in precision equipment like printed-board drilling machines, optical measuring instruments, stages, handling mechanisms, and X-ray machines for high-accuracy motion.
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Linear motion rollers efficiently handle both radial and axial loads, distributing the load across multiple rollers for reliable performance in heavy-duty applications.
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lat rollers distribute applied loads evenly across their contact area, making them ideal for handling heavy loads and dynamic forces without compromising performance.
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all screws, with ball bearings rolling between the nut and shaft, offer up to 90% efficiency, minimizing energy loss and improving motion performance.
Linear guides are used in CNC machines for smooth, precise movement along axes in milling, lathes, and laser cutting.
Ball splines transmit torque and linear motion in automated assembly lines and conveyor systems.
Linear bushes enable smooth material movement through stages like wrapping or labeling in packaging machines.
Used in press die settings, printing units, punching presses, and electric discharge machines for precise motion control.
Linear packs support automated machinery like pick-and-place systems and assembly lines.
Used in precision equipment such as printed-board drilling machines, optical measuring instruments, and X-ray machines.
Ball guides handle both radial and axial loads, with a higher capacity for radial loads.
Linear motion rollers are key in conveyor systems and automated warehouses for reliable movement of heavy items.
Flat roller systems provide stable motion in large machines like presses, lathes, and grinders, handling heavy loads.
Ball screws are used in conveyors, robotic arms, and machine tools requiring high-speed, accurate linear motion.
Linear motion stroke ensures precise movement in surgical robots, MRI machines, and diagnostic equipment for high-performance tasks.
