RST Linear plain and sleeve bearings, pillow blocks, round shafts
Round Shaft Technology utilizes precision round shafting as the guideway and linear plain bearings for movement. RST self-lubricating linear plain bearings come in a wide variety of configurations and offer solutions for a broad range of applications. Open bearings flanged bearings and pillow blocks offer a variety of mounting configurations.
metric / inch / jis
(A) closed: FM metric, FL inch, FJ jis / (B) open: FMN metric, FLN inch, FJN jis
PBC Linear has combined Frelon material with precision bearing technology to create SIMPLICITY® Linear Plain Bearings. SIMPLICITY® self lubricating plain bearings can move in linear, oscillating, rotary...
METRIC / INCH / JIS
(A) single: SFPM metric, SFP inch, SFPJ jis / (B) central: CFPM metric, CFPJ jis / (C) double: DFPM metric, DFP inch, DFPJ jis
Flange Mount Plain Bearings offer the same great advantages of the SIMPLICITY® Linear Plain Bearings, incorporating a perpendicular flange for easy mounting...
FG & FMT
FG and FMT have bearings as opposed to the standard a smaller outer diameter (thin-walled).
The SIMPLICITY® plain bearings can cover up 20 times higher loads than ball bearings...
METRIC / INCH
(A) standard: PSM metric, PS inch / (B) with flange: PSFM metric, PSF inch
PBC Linear has taken a SIMPLICITY® linear plain bearing and put it into a smaller package. It's compact size offers weight advantages, as well as space saving...
metric / inch
(A) closed: PM metric, P inch / (B) open: PMN metric, PM inch
PBC Linear has combined the Frelon material with precision bearing technology to create the Simplicity® linear plain bearing and then placed that bearing inside of a housing to create a Self-Aligning...
METRIC / INCH
The aluminum shaft is the best solution for use with the SIMPLICITY® gliding bushings (FrelonGold). The hard anodized (up to RC70) and polished surface is corrosion-resistant. The shaft is non-magnetic, shock-resistant and prevents dirt, color - and welding syringe ranking liabilities due to the smooth surface.