Linear Motion Systems and Applications Blog - PBC Linear

Difference Between Lead Screws and Ball Screws

Cantilevered and Telescoping Application Design

Telescoping systems are essential for many industries, allowing for further reach and length in various applications. PBC Linear offers…

Calculating Linear Actuator Length and Slide Overtravel

There are several approaches to take when calculating the length of a linear actuator. Just as important as knowing the length of…

What is Lead Screw Efficiency?

The efficiency of a lead screw refers to how well a screw converts rotary energy (torque) into linear motion. Lead screw efficiency is…

Linear Actuators - Miniature, Heavy-Duty, and Electric Options

Precision Engineering We utilize our SIMO® process to ensure that actuator surfaces are precision-machined for exacting installations. This process is evident in our SIMO, PLA,...

Mechatronics Solution for Large Format 3D Printer

Linear Actuators from PBC Linear have been a core component for the 3D printers from the beginning because of…

Linear Bearings and Guides for Metalworking and Fabrication

Linear bearings and linear guides from PBC Linear withstand harsh metalworking conditions like weld slag and debris. Download our infographic for targeted application examples and...

Hevi-Rail Linear Guides Offer Heavy Lifting with Precision

Engineers tasked with designing heavy-duty lift systems are often looking for bearing systems that are capable of muscling heavy loads…

Light Weight Linear Shafting and Support Rails

Light weight shaft and support rail (feather light) are aluminum alloy base materials with a hard coat to which weld splatter, paints, and other contaminants...