Category Archives: Full Ceramic
Motion Control – The Engineering Edge – Application – ETX Pillow Blocks!
Motion Control – Application – Radioactive Environment
ETX Pillow/Block Bearings for Radioactive Environments
Motion Control – Application – This was a troublesome application. This system is completely submerged in radioactive water at a nuclear power plant. So no Teflon, no seals, no lubrication – nothing that will degrade in a radioactive environment. The majority of components are stainless steel – except for our ceramic coated/supported shafting and our special, designed for this particular application/never made before, ETX self-lubricating linear blocks.
Motion Control – Fluidline Bearings Available from LM76 are FDA/USDA/3A-Dairy Compliant!
Motion Control – Thermoplastic Linear Bearings
E. Longmeadow, MA — Motion Control – Linear Motion Bearings – FDA/USDA/3A compliant bearings, Seals, Shafting, and Pillow Blocks are available from LM76.
LM76 Fluidline BearingsTM are long wearing thermoplastic polyester self lubricating, low coefficient of friction, light weight linear bearings. Available off-the-shelf in standard closed inch sizes (closed metric sizes are available on request) these bearings drop-in replacements for standard linear bearings. They are highly resistant to wash-down chemicals and high energy radiation such as gamma and x-rays.
Motion Control – LM76 Designs and Manufactures Custom Linear Bearing for Space Technology Company!
Motion Control – Custom Bearing for Space Technology Company
Motion Control – CERAMICSPEED Bearing Units Are FDA Compliant!
Motion Control – FDA Compliant Ceramic Radial Bearings
E. Longmeadow, MA – Motion Control – LM76 is continuing to expand its FDA compliant radial and linear bearing product lines. CERAMICSPEED Bearing Units are the latest additions. Bearings used in the food and beverage industry have to be reliable, easily cleaned, and require only minimal maintenance. CERAMICSPEED Bearing Units featuring FDA-approved Si3N4 (Silicon Nitride) balls have extremely long service life as Si3N4 balls are 2 times harder than steel balls and 4 times smoother.
Motion Control – Linear Bearings Application – The Bearing that’s Present for Every Launch!
Motion Control – Linear Bearings Application
E. Longmeadow, MA – Motion Control – Linear Motion – LM76 Minuteman PTFE, Self-Lubricating motion control bearings take on some very stringent application roles, this is just one of them.
Motion Control – Hybrid Linear Bearings for the Times Bearing Failure Just Can Not be Allowed to Happen!
Motion Control – Ceramic Hybrid Linear Bearings
E. Longmeadow, MA – Motion Control – Linear Motion – Pegasus Hybrid Linear Bearings for the times Bearing Failure just can not be allowed to Happen! That is the the time when Down-Time is more costly then the price of the bearings.
Motion Control – The #1 Choice for X-axis Linear Motion CNC Plasma Cutter Tables
Motion Control – Roller Blocks
Motion Control – Application – CERAMICSPEED Hybrid Bearings Provide 8 Times Longer Life for Canner!
Motion Control – Hybrid Ceramic Bearings Application
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 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.
