Tooling Workholding: A new solution for bevel gears
The creativity of the designers knows no bounds with new drive element and gear geometries. Faced with constantly increasing demands […]
Tooling & Workholding: A success story: Low-deformation workpiece clamping
Those who want to turn, mill, or grind rings, flanges, housings, or other thin-walled parts will quickly reach the limits […]
TOOLING & WORKHOLDING: The Perfect Symbiosis
The Swiss company, Reishauer, has shaped industrial history since its foundation in 1788. Originally, the company was set up as […]
Introducing a New Machine Concept for High-Productive Gear Grinding
The increasing demand for efficiency and noise emission of gears pushes the grinding process to its limits. With the widening […]
Case Study: Erwin Junker Machinery and Komet of America Inc.
In order to stay competitive in their industries, manufacturers must always be on the lookout for new ways to provide […]
Simulation of Hobbing and Generation Grinding To Solve Quality and Noise Problems
Due to its high productivity and accuracy, generation manufacturing of gearing is widely used in gear production [1, 2]. When […]
Polish Grinding of Gears for Higher Transmission Efficiency
The established continuous generating method was used as the base technology for the polish grinding process, which is distinct from […]
Changing the Game with an Innovative Machine Concept: Dry Hard-Gear Finishing
Despite the many high-speed, high-torque direct-drive technologies developed over the past years, the overall efficiency of gearboxes is still state-of-the-art. […]
GrindTalk: MIRA ICE – Cooler Grinding for Large Gears
Introduction PeripGear tooth profile grinding has traditionally been thought of as a slow process. Initially developed as a discontinuous generating […]
Grinding Alternatives
As the original inventor of continuous generating gear grinding technology, Reishauer has been a leader in hard finishing of gears […]
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 […]
