Home
PBC Linear® Manufacturer of Linear Bearings, Shafts, Actuators, Rails & Guides
Linear Guides
Gliding Surface Linear Guides
Uni-Guide Linear Slide
Linear Slide Rail Guide - Uni-Guide 4.92" Wide w/ H...

Linear Slide Rail Guide - Uni-Guide 4.92" Wide w/ Hand Brake D125CHB-012-000-1 Rail Length: 12"

Uni-Guide Linear Guide (Slide) featuring the self-lubricating FrelonGold® liner between the rail and carriage. It has a 125 mm width and a 12 inch long linear rail. The carriage has a hand brake.

Features & Benefits:

  • High static load capacity up to 1000 lb to accommodate diverse operational needs.
  • Lightweight, pre-engineered aluminum construction ensures ease of installation and use.
  • No metal-to-metal contact for smoother and quieter motion.
  • Self-lubricating FrelonGOLD® Liners offer a maintenance-free solution, enhancing longevity.

3D Models

TypeFileFormatLink
3dD125CHB-012.htmlhtmlView
cadD125CHB-012.x_tSolidWorks >=2006Download
$709.33
Ask about this product
Download Catalog
Configure CAD and Quote
Dimensions
Videos
Resources

Product Dimensions

weightwidthlengthheight
11.51 lbs9.34 in12 in2.63 in
Bearing Selection Criteria for Linear Guides
Bearing Selection Criteria for Linear Guides

3D Models

SolidWorks >=2006
cadDownload
html
3dView

News & Blogs

A Lift in a Robotics Competition
blogOpen Link
On Demand Book Printing
blogOpen Link
Raising Touch Screen Monitors
blogOpen Link
PBC Linear Uni-Guide Shines in Wafer Manufacturing
newsOpen Link
Silicon Wafer Manufacturing
blogOpen Link
Build it or Buy it: The Advantages of a Pre-engineered Sub-assembly Product Over a Component System
newsOpen Link
Raise Quality and Lower Costs with Uni-guide
newsOpen Link
Rail Systems for Very Long Travel Applications
blogOpen Link
Flexibility in Linear Motion helps Customers Choose the Perfect Profile
blogOpen Link
Flexibility in Linear Motion helps Customers Choose the Best Bearing Type
blogOpen Link
Overview of Linear Guides in Motion Design
blogOpen Link
Combating Environmental Issues With PBC Linear Guidance Solutions
blogOpen Link
White Paper: Demystifying the 2:1 Ratio and the Stick-Slip Phenomenon
blogOpen Link
Calculating a Plain Bearings Pressure Velocity
blogOpen Link

Infographics

Uni Guide Linear Slide vs Components Comparison
infographicOpen Link

Similar Products