Running on case hardened and ground shaft Model RG80 has rolling ring linear motion engineering enabling mechanical control over reversal and eliminating need for electronic controls and reversible motor Linear pitch may be manually adjusted... Learn more

Driven by rolling ring drive which reciprocates automatically without requiring motor reversal backlash-free reciprocating linear motion platform includes control knob for on-the-fly linear speed adjustment Mechanical control over speed and travel... Learn more

Featuring plastic slide bearings AZ-2000 timing belt drive offers travel speeds of up to 1.5 m/sec Load carriage measures 150 x 100 mm and has pre-drilled and tapped payload mounting holes Drive accepts downward payload forces up to 90 N and has... Learn more

Available in 7 sizes Model RS4 is configurable for vertical or horizontal travel Smooth shaft has no threads and operates at rotational speeds to 10,000 rpm Linear travel speed ranges from 0.5-4.0 ft/sec; axial thrust 22-449 lb Rolling ring... Learn more

Without programming or electronics 40 mm Uhing Model RG 40 offers automatic reversal and travels at linear speeds up to 0.6 msec At speeds exceeding 0.6 msec drive still automatically reverses without clutches cams or gears provided assembly is... Learn more

Standard F-lever prolongs Uhing linear drive's life by enabling it to slide with attached load anywhere along shaft without jogging motor on and off for head placement Movement while system is stopped reduces wear on motor components and rolling... Learn more

Integrating sensor technology with Uhing rolling ring traverse assembly level winder spools evenly with no material build-up or valleys at flanges Sensors detect wire or other material at spool flanges and control traverse reversal points As... Learn more

Fiber optic manufacturers typically incorporate some type of winding assembly into their extrusion lines to "spool" the fiber for distribution Although spooling system options abound Showmark Machines found a niche from which they were able to... Learn more