Ballscrews – Heavy‑load Series

Ballscrews – Heavy‑load Series

Heavy‑load ballscrews can replace traditional hydraulic systems, reducing energy consumption and environmental impact. Helped customers save power up to 3.2 million kWh, and equivalent carbon emissions were reduced up to 160 t.

i4.0BS® Intelligent 4.0 Ballscrew

Integrated with advanced sensors and algorithms, this solution enables real‑time performance monitoring and remote machine diagnostics:

• Ballscrew life prediction diagnosis: Annual carbon emissions reduced up to: 8-24 kg
• Temperature notification (shortens warm‑up time): Power consumption per warm‑up reduced by 50%; Annual carbon emissions reduced up to 60-107 kg
• Smart lubrication (optimises lubrication efficiency): Annual carbon emissions reduced up to: 180-280 kg

DATORKER® Strain Wave Gear

With high torque, high precision, and zero backlash, these reducers extend product life, reduce mechanical waste, and maintain the energy‑saving and carbon‑reducing features of standard reducers. Applicable in machine tools, automation equipment, and the semiconductor industry.

Together, these solutions embody HIWIN’s green product design principles – enabling customers to reduce emissions, save energy, and enhance productivity, making them practical tools for ESG execution in manufacturing.

Ballscrews consist of a screw spindle and a nut integrated with rolling elements that cycle through a return mechanism. Ballscrews convert rotary motion into linear motion, and are most commonly used in industrial machinery and precision machines. Hiwin Corporation provides a wide range of ballscrew configurations to satisfy your special application requirements. Hiwin has the capability of producing JIS C0 class ground ballscrews, and DIN 5 class (up to 23 microns) for precision rolled ballscrews. Ballscrew OD ranging from 4mm to 120mm, and with Dm-N values up to 220,000.

Heavy load ballscrews offer 2-3 times higher loading capacity than a standard ballscrew series. They have reinforced circulation systems that are suitable for high speed conditions and are able to achieve a longer service life.

HIWIN Technologies Corp, Taichung, Taiwan. Email: [email protected]