Reducing Gear Noise While Improving Performance
To protect human health and the environment, noise emission from road vehicles is limited by legislation. In Europe, essential noise […]
A Comparison of Wrought Steel Gears and Surface – Densified Powder Metallurgy Gears
Automotive transmission gears are responsible for transmitting torque from the engine to the wheels. In the process of transferring torque, […]
Induction Hardening for Wind Turbine Bearing Rings
It seems nothing — not even a worldwide financial crisis — can stop the rise of wind energy. The 2008-12 […]
High Temperature Vacuum Carburizing Drives Alloy Development
Vacuum carburizing (low pressure carburizing, or LPC) is a process used to impart hardness, wear resistance and increased fatigue life […]
The Impact of Surface Condition and Lubricant on Gear Tooth Friction
The most exhaustive experimental study quantifying gear tooth friction is by Yoshizaki [1], in which spur gears with various geometries […]
Molecular Decomposition Process = Electrochemical Assisted Precision Form Grinding
Introduction Molecular decomposition process is an electrochemical grinding process that has been refined to enable: • The removal of increased […]
Weighing Options in Deburring
In the gear deburring process, the operator must determine the method, or tool, that will be used. Three tool options […]
Grinding Alternatives
As the original inventor of continuous generating gear grinding technology, Reishauer has been a leader in hard finishing of gears […]
A Study on Contact Fatigue Performance of Nitrided and TiN Coated Gears
The developing trend of gears focusing on high-speed, heavy-duty, lightweight, and small sizes makes hardness promotion of gear face through […]
Cubitron II: Precision-Shaped Grain (PSG) Turns the Concept of Gear Grinding Upside Down
To date, grinding, according to the German DIN Standard 8580, is “machining with geometrically undefined cutting edges” while other machining […]
Topological Gear Grinding Methods
The word “topological” is often an over-used and misapplied adjective for design philosophies and manufacturing methods of gears. In the […]
Advances in Abrasive Technology for Grinding Gears from Solid
Past reviews of the status of grinding for the gear industry have inevitably focused on the process as one of […]
Gearing Up to a Better Chamfering and Deburring Process
As with any machining process, the manufacturing of gears by hobbing or shaping results in burrs on the front edge. […]
Complex Form Grinding Technology for Advanced Abrasive Technology
The grinding industry is seeing major advances in abrasive technology and in the machine tool capabilities to enable this technology […]
Meeting the Challenges of Measuring Large Parts
Overall Equipment Layout Even though the measuring principles on very large equipment are the same or similar to small ones, […]
Handling Twist
Specific and controlled handling of twist in profile grinding can solve production-related problems and simultaneously open new gear manufacturing doors. […]
AlCrN-Based Hard Coatings on Modern Carbide Tools
According to a general rule of thumb, a significant reduction of costs in mechanical machining can only be achieved by […]
Case study: The Gleason Works
The Gleason Works sought to create a dynamic, torque-controlled lapping solution with responsive, real-time feedback to create better quality gears […]
Development of Novel CBN Grade for Electroplated Finish Grinding of Hardened Steel Gears
The grinding processes used in finish grinding of hardened gears can be classified as generating grinding and profile grinding, depending […]
Contemporary Gear Pre-Machining Solutions
Depending on annual production volumes, batch sizes, and workpiece geometry, several gear manufacturing technologies are used for industrial gear production. […]
