Antibacklash ball screw — key benefits and features Precise positioning and axial capacity Antibacklash design delivers accurate, repeatable linear positioning by eliminating play between nut and screw. Each ball screw supports a axial force, making it suitable for applications that require robust loadcarrying capability and stable motion control. Smooth motion with lower friction and heat The antibacklash mechanism and rolling elements minimize stickslip, providing continuous, consistent movement under varying loads. Reduced friction leads to less heat generation during operation, improving durability and stability in extended use. Lower drive power requirement With smoother rolling action and reduced internal resistance, the screw requires less drive torque or motor power to achieve the same motion, allowing for smaller or more efficient drive systems. Function and compatibility Function: precise linear motion transmission with builtin antibacklash compensation. Compatibility: designed for integration into standard linear motion systems, positioning stages, CNC axes, robotic actuators, and automated equipment that require axial load capacity and repeatable positioning. Performance attributes: axial load capacity per screw, minimized backlash, low stickslip behavior, reduced operating temperature, and lower drive power demand. Typical applications CNC machines and precision machining axes where accurate, repeatable positioning under load is required. Precision positioning stages and inspection equipment that need low backlash and smooth, vibration motion. Robotic actuators and pickandplace systems where reduced drive power and consistent linear motion improve cycle time and energy efficiency. Material, size, and selection notes Available in common ballscrew configurations to match standard mounting and drive interfaces; select the appropriate diameter and lead to meet axial load and positioning accuracy requirements. For results, match screw size, nut type, and drive system to the application's load, speed, and dutycycle demands.