Discover your next big idea at PACK EXPO Las Vegas this September
Experience a breakthrough in packaging & processing and transform your business with solutions from 2,300 suppliers spanning all industries.

Emerson Bearing Expands Line of Motion Transmission Components

The company now offers four configurations of track rollers.

Emerson Bearing Track Roller

This content was written and submitted by the supplier. It has only been modified to comply with this publication’s space and style.

 Emerson Bearing has expanded its bearing line of motion transmission components known as track rollers. Track rollers, also referred to as idler rollers, are motion transmission components designed to work with all varieties of tracks and are often used in conveyor systems, cam drives, and a wide range of material handling systems.

Emerson Bearing offers four configurations of track rollers: Plain O.D.; Flanged O.D.; V-Groove and U-Groove.

Custom designs and special features for track rollers include: Crowned profiles; Double-flange rollers; Non-metallic construction materials (e.g., urethane, nylon, etc.); Specialty plating (e.g., zinc, chrome, etc.); Specialty seals and lubricants; Operating temperatures ranging from -30–225 °F; and Special seals and lubrication provisions, which allow for operations in extreme temperature environments from -40–325 °F.         

2024 PACK EXPO Innovations Reports
Exclusive access: Packaging World editor-curated reports revealing PACK EXPO's most groundbreaking technologies across food, healthcare, and machinery sectors. Each report features truly innovative solutions selected from hundreds of exhibitors by our expert team. Transform your operations with just one click.
Access Now
2024 PACK EXPO Innovations Reports
Annual Outlook Report: Automation & Robotics
What's in store for CPGs in 2025 and beyond? Packaging World editors explore the survey responses from 118 brand owners, CPG, and FMCG Packaging World readers for its new Annual Outlook Report.
Download
Annual Outlook Report: Automation & Robotics