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Get the freshest updates on gear technology
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| Experimental Study on the Performance of Plastic Worm Gears |
Plastic worm and crossed helical gears are increasingly utilized in various applications due to their distinct advantages over traditional metal worm gear drives. These advantages include lower weight, reduced noise, and corrosion resistance, making them ideal for automotive, consumer electronics, and medical devices.
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| Investigating the Effects of Wear, Lubrication and Material Pairing on the NVH Performance of Plastic Gears |
High-performance polymer gears are increasingly supplanting their metallic counterparts across diverse engineering applications, attributable to their multifaceted advantages. These include a markedly lower density contributing to weight reduction, intrinsic self-lubricating properties obviating the need for external lubrication, cost-efficient scalability in production, enhanced noise, vibration, and harshness (NVH) performance, and superior resistance to chemical degradation and corrosion.
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| Fix What’s Limiting Gear Quality |
Star SU engineers gear hobs for performance, from standard configurations to fully customized solutions. Manufactured from premium PM high-speed steels and advanced carbide substrates, paired with state-of-the-art PVD coatings, our hobs are built to support demanding applications and extended tool life. Star SU evaluates the complete process to improve cutting stability, gear quality, manufacturing costs, and overall production consistency.
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| Precision Motion Solutions at Automate Booth 2177 |
Visit the Timken Precision Drives team at Automate 2026, Booth 2177. Explore precision gearing, actuators, integrated motion systems, and encoder technologies from Cone Drive, SPINEA, CGI Motion, and Timken, designed to improve accuracy, efficiency, and performance in automation applications.
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| NIDEC Advanced Manufacturing Technologies |
You know NIDEC for world-class gear manufacturing. Did you know we are also at the forefront of laser, wafer bonding, and additive technologies? Explore NIDEC Advanced Manufacturing Technologies, featuring LAMDA metal 3D printing, ABLASER laser micromachining, and BOND MEISTER room-temperature wafer bonding. See how we are shaping the future.
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| Analytical Calculation of the Gear Body Stiffness of Face Gears |
This paper presents a new analytical method using plate and disk mechanical models to calculate the gear body stiffness of face gear wheels, showing that stiffness decreases toward the outer radius—a behavior that conventional cylindrical gear approaches fail to capture
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| Get 10% off July Education Classes |
Register today and save your seat before it’s gone! Spots are filling fast and only a few remain in a couple of the classes. Promotion is automatically applied at check out.
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