Ball Screw

SFU1610 is the 16 mm screw option for layouts that need a 10 mm advance from each shaft turn. Its single flange nut mounts to the driven component while the screw remains supported at both ends.

The SFE series combines a flanged ball nut with a screw whose nominal lead equals its diameter. Six models are listed from SFE1616 to SFE5050, covering 16 mm to 50 mm screw diameters.

A long ball screw assembly using a DFU double-nut configuration. Shafts can be prepared for extended machine travel, including projects requiring an overall length of approximately 3000 mm.

A 16 mm ball screw with a flanged double nut for machine axes that move back and forth. The three listed versions differ in lead, nut length and load rating, so each needs its own space and drive

Unlike the rolled-thread SFI screw, the SFY series is ground rather than rolled — a slower, more precise manufacturing process suited to applications where positioning accuracy matters more than

A ball screw assembly — lead screw, nut, and circulating ball bearings — built as a complete linear module rather than sold as loose screw-and-nut components, for CNC tools, industrial robots, and

A rolled-thread ball screw that holds its running characteristics even under preload — built for applications where stiffness and repeatable positioning matter as much as low friction.

A compact 4 mm diameter rolled ball screw with a 1 mm lead and matching nut, designed for small linear motion and positioning assemblies.

A cold-rolled SFY ball screw that converts motor rotation into linear nut travel through recirculating rolling balls.

A 16 mm diameter ball screw assembly with a flanged double nut, designed for linear positioning systems that require greater axial rigidity than a standard single-nut arrangement.

An SFU ball screw set consists of a threaded screw shaft and one matching flanged ball nut. The flange gives the nut a direct mounting face for connection to a moving table or bracket.

A 16 mm diameter ball screw with a 16 mm lead and single SFE nut, intended for applications that require longer linear travel from each screw revolution.