Category Archives: Bearings
Motion Control – Maxon Adds Dynamism to Robotic Servo Motors
Motion Control – Motors and Gearheads
Motion – Advanced Compact Motors and Gearheads for High-Performance Robotics
Motion Control – Vaughan, Ontario, Canada -Electromate, Canada’s premier distributor of motion control solutions, is proud to announce the release of maxon’s EC Frameless DT50 Motor and ECX Flat Series DC Motors and Gearheads, designed to meet the demands of modern robotics and automation systems. The Motion Control EC and ECX Series motors and gearheads offer compact, efficient drive systems with exceptional torque and power density, making them ideal for applications requiring precise motion control.
Motion Control – Hybrid Linear Bearings for the Times Bearing Failure Just Can Not be Allowed to Happen!
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
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.
Innovations in Motion Control – XY-Theta Alignment Stages Feature: Sub Micron Resolution!
Innovations in Motion Control –
XY-Theta Alignment Stages!
Van Nuys, CA – — Innovations in Motion Control Technology – Two new XY-Theta Alignment Stages have been released by Optimal Engineering Systems, Inc. (OES). The XYR-15-60-01 and the XYR-15-60-04 Alignment Stages feature 15 mm (0.58 in.) of travel in both the X and Y axes and 360 degrees of continuous rotation on the rotary axis. The new XY-Theta Alignment Stages are driven by Two Phase Stepper Motors featuring 0.25 micron resolution (20 Micro-steps per Step Motor Driver in use).