Ball screws convert rotary motion into linear motion through the rolling contact of balls, enabling low friction loss and controllable backlash. This allows for high positioning accuracy and repeatability in precision linear motion systems.
Due to these characteristics, ball screws are widely used as key components for precision linear motion in semiconductor, display, robotics, and automation equipment requiring micrometer-level control.
As equipment continues to become smaller and demand for precision control increases, miniature ball screws are emerging as essential components for precision linear motion systems. DINGS’ provides miniature ball screw solutions optimized for compact designs through ultra-miniature lineups from Ø4 mm to Ø14 mm, rolled and ground specifications, precision grades from C10 to C3, and preload options.
Diameter Range Ø4 mm ~ Ø14 mm
Accuracy Grade C10 · C7 · C5 · C3
Specification Rolled / Ground
DINGS’ miniature ball screws utilize an internal circulation system and deflector-type ball recirculation structure to minimize nut outer diameter while maintaining stable ball circulation. This design ensures high-precision linear motion and repeatability without increased friction or reduced accuracy, even in compact installation environments.
Based on the technological expertise accumulated through integrated motor and module development, DINGS’ provides high-precision miniature ball screws with competitive pricing and short lead times. DINGS’ continues to strengthen its supply system and plans to expand toward integrated motion solutions, further enhancing competitiveness in the miniature precision linear motion market.
DINGS’ Expands Precision Miniature Ball Screw Product Line
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