Category Archives: XYZ and Theta Motion Control Products – Suppliers/Manufacturers

Motion Control – Application – CERAMICSPEED Hybrid Bearings Provide 8 Times Longer Life for Canner!

Motion Control – Hybrid Ceramic Bearings Application

motion control - hybrid ceramic bearing application


motion control - linear motion products

 

 

E. Longmeadow, MA –Motion Control – CERAMICSPEED Hybrid Radial Bearings are designed for environments of high humidity, have been approved in accordance with FDA 21 CFR (Code of Federal Regulation covering medicine and food), and have an EC No. 1935/2004 authorization. Superior life and performance when compared to bearings made from just stainless steel, these Bearings feature very smooth ceramic balls that will not deform or spall under high loads, and synthetic material ball cages.

Motion Control – Compact 1.25 Micron Resolution Direct Drive Linear Actuator Features High Speed, Zero Cogging!

Motion Control – Electric Cylinder

motion control - electric cylinder

Van Nuys, CA – Motion Control – A New, compact, Electric Cylinder or Linear Voice Coil Actuator 38.1 mm (1.500 in.) in diameter, with a 12.7 mm (0.500 in.) stroke, and a housing length of 69.9 mm (2.750 in.) long has been released by Moticont.
motion control - moticont

 

This new SDLM-038-070-01-01M Linear DC Actuator features high repeatability, 1.25 micron resolution, a continuous force of 14.5 N (3.2 lbs.), and a peak force of 45.8 N (10.3 lbs.). To operate at peak efficiency an integral temperature sensor provides data to achieve the highest possible throughput.

Motion in XYZ-Theta – Select XTREME 6000, Full Ceramic Radial Bearings from CERAMICSPEED for Extreme Environment Applications!

Motion in XYZ-Theta – Full Ceramic Ball Radial Bearings

motion in xyz-theta -ceramic bearings


motion control - linear motion products

 

 

E. Longmeadow, MA –Motion in XYZ-Theta – The XTREME 6000 ZrO2 Series of Full Ceramic Radial Bearings from CeramicSpeed are designed to provide levels of performance in extreme environments beyond the capabilities of steel and even hybrid bearings. The complementing components of these bearings were carefully selected to provide the highest levels of performance in high temperatures, and adverse environments such as: Submerged in water, high pressure steam, chemicals, and caustic fluids.