Ceratizit, Part of the Plansee Group, announced that Dan Cope has been promoted to President of the Americas for Ceratizit Group. He joined the company in 2019 as Executive Vice-President of Cutting Tools, Ceratizit USA. The promotion is a direct result of Cope’s successful sustainable growth plan implemented for the U.S. cutting tools division. 

As of May 15, 2024, Clara Smith has assumed the role of Vice President Strategy & Transformation. She will also become a member of the SMG, Seco Management Group, and report to Stefan Steenstrup, President Seco. Clara is based in the UK.

Horn is expanding its tool portfolio for gear cutting to include types for milling PTO shafts. Manufacturers are increasingly focusing on the complete machining of drive shafts. Horn has standardized its own tool range for this purpose, which demonstrates high milling performance. 

Seco Nanojet Solid Carbide Reamers enhance chip control with an innovative through-coolant outlet for optimal chip evacuation. This design eliminates costly scrapped parts, jamming and edge damage to increase safety, part quality and tool life.

Sandvik Coromant presents the latest addition to its family of milling tools: CoroMill MS60. The tool is tailored for 90-degree shoulder milling operations in steel and cast iron, but versatile enough to extend its competence across areas such as face milling and various ramping applications.

Star Cutter Company has appointed Andrew Epstein as Vice President of Human Resources (HR). Epstein oversees all HR functions for the Star Cutter family of companies, guiding HR resources across global locations and analyzing HR strategies. As a member of the Executive Leadership Team, he reports to the Chief Financial Officer, Becky Grech.

Gear Technology regularly covers machine tools, often referred to as “mother machines” due to their role in producing other machines, which serve as the cornerstone of industrial civilization by cutting or shaping metal. Think of all the gears in the machine tools that not only cut and polish gears but are indispensable for manufacturing a wide range of goods, with nearly every product being created either directly using machine tools or through machines manufactured using these tools.

Gear tooth profile grinding, also known as form grinding, is a finishing method used in gear manufacturing. It involves the use of vitrified bonded grinding wheels to modify or correct the profile of gear teeth, often after heat treatment. The grinding wheel runs between two opposing teeth, grinding both surfaces at the same time.

Manufacturers have a relatively new option that offers several key advantages—gear skiving on machining centers. Gear skiving on a mill-turn machining center with fully synchronous spindles is highly efficient, fast, and accurate. In some cases when producing small and medium-sized volumes, gear skiving will gradually replace established gear-cutting processes.