E-mobility is taking hold around the world, and the automotive industry is changing. Many manufacturers are shifting from internal combustion engines to electric powertrains. The Ford Motor Company—a long-term partner of Liebherr-Verzahntechnik GmbH—will be making most of the electric drive units for its European production at its UK transmission plant at Halewood near Liverpool. As before, Ford will be using Liebherr gantry technology, but for electric drive units rather than transmissions for internal combustion engines.
High-performance plastic gears are increasingly replacing metal gears in several applications due to the many advantages they exhibit. The main ones are lower weight, no need for lubrication, cheaper mass production, significantly better noise, vibration and harshness (NVH) behavior and chemical/corrosion resistance. Most plastic gears are produced by injection molding, which enables great design flexibility, e.g., joining several machine elements into one molded part, while gear geometry modifications like enlarged root rounding or altered profile shapes are also possible (Ref. 1).
.In this paper, ultrasonic fatigue testing results for “core hardened” AMS 6308 gear steel are presented. AMS 6308 is a gear and bearing steel with high tempering resistance and high hot hardness case targeted to high temperature applications
.Various in-situ methods can track realtime heat treatment response in bulk materials. This can aid material engineers in designing the most effective heat treatment procedures and processing methods. In-situ methods such as thermogravimetry (TG), differential thermal analysis (DTA), and dilatometry, offer capabilities to examine heat treatment behavior in real time, giving insight into the thermochemical mechanisms and the thermal behavior of steel.
.This work aims to demonstrate the potential benefit of applying nanocomposite coatings to gear teeth to reduce operating friction and wear by presenting tribological test data.
.As a community, we gear engineers collaborate and share ideas to progress our collective capability. Technology progresses based on our efforts, and we have seen solid advances in the performance of our products as they become quieter, cheaper, more efficient, and more power dense. The pages of this magazine (past and present editions) are filled with examples where talented engineers have dug deeper into a subject using a more precise approach to a particular area concerning gear performance. The implied belief is always that greater precision (complexity) in the calculations brings greater accuracy (alignment with reality).
Cylindrical grinding is an essential machining process in precision manufacturing, ensuring that components meet stringent tolerances with superior surface finishes. Optimizing this process involves a strategic approach to wheel selection, process automation, in-process measurement and machine maintenance. This article explores key technical factors that influence the efficiency and accuracy of cylindrical grinding operations.
The arrival of Gleason’s Hard Finishing Cell (HFC) in 2018 represented a paradigm shift in the way automotive transmission gears and gears for e-drives, could be produced in high volumes. Now, for the first time, 100 percent inspection of every gear, and every gear tooth was possible in-process, without impacting the high speeds at which these gears need to be hard finished. Identifying, and correcting for, conditions that create unacceptable noise behavior in these gears, on the fly, was finally a reality too.
Oversized drivetrains are inefficient and waste resources. The FVA-Workbench helps you turn real-world load data into actionable insights in just a few steps. Discover how intuitive workflows lead to lighter, safer, and more efficient drivetrains.
From countless conversations with folks running gear operations, we know you're probably focused on..."
Injection molding bridges prototyping and full-scale production with its unmatched scalability and precision. By integrating CT technology, manufacturers gain clear insights into mold accuracy and material behavior—accelerating the path from design to high-volume, defect-free plastic parts.
Whether it’s gears for industrial or humanoid robots, Gleason has you covered:
100PS Power Skiving and Hobbing Machine and Phoenix® 100C Bevel Gear Cutting Machine provide excellent productivity and flexibility to cut your strain wave and planetary gears, as well as bevel and hypoid gear sets in unsurpassed quality. Both come with or without integrated automation and complete tooling systems. Measure the results on the 175GMS nano Metrology System with various analysis capabilities.
Is your grinding or finishing process optimized for maximum efficiency? The Weiler Process Solutions (WPS) evaluation helps gear manufacturers to enhance productivity, reduce costs, and improve safety. Our expert team will assess your operation and recommend tailored solutions to optimize performance. Sign up for a free evaluation today, and we’ll contact you within 48 hours to discuss how we can help—potentially visiting your site for a hands-on assessment.
The Grob G750T boasts efficient machining for gear rings by offering precise and efficient power skiving and seamless integration of milling and turning for maximum flexibility and productivity.
The Metal Powder Industries Federation (MPIF), demonstrates outstanding examples of PM’s diversity and ability to meet critical requirements. From electric vehicles to musical instruments to semiconductors, once again, parts fabricators have demonstrated PM’s versatility and unique ability to challenge competing technologies. These award-winning components use PM’s flexibility to push forward new concepts and process controls to demonstrate the inexhaustible range of PM’s capabilities.
Rebuilt and redesigned, Fanuc announces the release of Roboguide Version 10, the latest and most advanced iteration of its offline robot programming and simulation software. Designed to enhance efficiency, visualization, and user experience, Roboguide continues to be the go-to solution for companies seeking to streamline automation design and implementation.
Sep 8, 2025 - Sep 11, 2025
Fabtech 2025 (Chicago) will span more than 800,000 square feet of exhibits showcasing the latest in metal forming and fabricating, welding and finishing equipment, automation and robotics and smart manufacturing technologies. With 200+ conference sessions, Fabtech offers hands-on learning, expert-led keynotes, and panel discussions on everything from shop floor strategies to emerging trends in AI, sustainability and workforce development. Whether you're a shop owner, engineer, or executive, Fabtech 2025 is your chance to network, discover new solutions, and prepare for what’s next in manufacturing.
Sep 22, 2025 - Sep 26, 2025
Sep 15, 2025 - Sep 17, 2025
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