Engineered with precision and versatility in mind, the MTB 105 is specifically designed to integrate into multi-axis medium- to large-sized Cartesian Gantry systems, providing robust support for medium to high payloads. Its fully enclosed design ensures reliability even in contaminant-prone environments, making it an ideal choice for a wide range of applications. Precision extrusions for each aluminum actuator body ensure all sides and bottom surfaces are flat and perpendicular giving accurate installations.

A wide range of medical devices, digital imaging or scanning applications, and laboratory automation rely on linear motion. For laboratory automation, the need for increased productivity, higher accuracy, and better reproducibility of experimental results are driving the increased use of linear motion. Sophisticated medical devices and digital imaging or scanning applications are increasingly relying on linear motion control systems which have become crucial for the successful development, progress, and deployment of these vital medical tools. Here are some examples from PBC Linear:

This article examines the sound engineering practices and design principles needed to ensure the performance of mechanical linear motion components in sanitary washdowns or chemically cleaned environments. Relevant regulations and agencies, washdown-compatible materials, and best mounting practices and motion components for washdown applications are also discussed.

PBC Linear (Pacific Bearing Company), a global leader in linear motion solutions, is pleased to announce that it will demonstrate deeper CNC integration for its Applied Cobotics Cobot Feeder at FABTECH 2023, in the Universal Robots (UR) Booth #B17063 in Chicago, September 11-14.

Simplicity linear plain bearings exhibit real benefits, when compared to other styles of linear bearings; such as the self-lubricating quality of the bearing’s Frelon liner, as well as the wiping action on the shaft which enables smooth linear motion.

The story of PBC Linear begins with an innovative solution to a common issue with linear ball bearings. The result is the creation and eventual patent for the iconic red Simplicity bearing. During the last four decades, that successful plain bearing design has spurred innovation and a substantial portfolio of linear motion products and automation processes that help simplify customer applications and reduce costs.

Our Applied Cobotics team looks at how Illinois-based PBC Linear is meeting changing customer demands with automation tools to help revolutionize the manufacturing process. They are building flexible automation systems such as the Cobot Feeder, and incorporating collaborative robots and augmented reality machine-training programs into their factory of the future. Sitting on the distinguished panel are Beau Wileman, product manager for Applied Cobotics and 3D Platform, along with Tim LeCrone, Director of Manufacturing Engineering at PBC Linear, and one of the newest team members, Derek Neises, Manufacturing Engineer and Robotics Specialist. Together they make up part of a core group of engineers, company leaders and frontline workers dedicated to strengthening American manufacturing.

Applied Cobotics by PBC Linear recognizes the need for consistent and engaging training programs to help scale up the existing workforce and invite a new generation into the manufacturing industry. 

PBC Linear has expanded its comprehensive portfolio to include Miniature Metric Ball Screw Assemblies. Building on their lead screw technology, this combination of precision-rolled screw and compact nut is driving exceptional performance from an economical package. Manufacturers of sophisticated laboratory equipment, medical devices, semiconductors, and other automation applications will find these high-precision ball screws a valued solution to their small-scale linear motion needs. 

Product design remains the most fascinating aspect of linear motion components as manufacturers try to answer the speed, size and efficiency challenges of customers utilizing rails, tables, actuators, sliders and other components. Companies like Heidenhain, AMTEK, NB Corporation and PBC Linear continue to provide technologies that increase productivity in this rapidly evolving market segment. Credit e-mobility, robotics, motion control and automation technologies for the market growth.