e-Drive - We Make it Simple
e-transformation in mobility and transport industries creates new challenges and opportunities for manufacturers of highly efficient drives and transmissions. We ensure that design, manufacturing and inspection elements work together in a seamless way.
In-Process Gear Inspection
World’s first HFC Hard Finishing Cell with in-process gear inspection and Closed Loop corrections feedback.
Direct transmission of measured data to the production machine. It is part of the standard repertoire of Gleason Gear Metrology Systems.
Gleason Connect®+ provides extended remote communication possibilities by employing Smart Glasses or mobile devices with a visual live connection between customers and Gleason Global Services.
Fingerprint® automatically compares the machine's current status for fast and detailed diagnostics, resulting in pro-active service actions.
Gleason solutions for machine-tool communication guarantee the direct exchange of production and tool data between different production media, including a paper-free production flow, error prevention in daily production and advanced analysis capabilities.
KISSsoft - Back to The Future
From design to the finished product - and back. With the integration of KISSsoft® design capabilities into Gleason’s engineering and manufacturing system, customers can rely on a smart process chain from the initial idea to the finished product - returning with design changes if desired.
Welcome to GEMS
GEMS® features gear design and engineering tools in one easy-to-use system. Its open architecture lends itself to real-time app expansions and welcomes third-party additions.
Common Standards for Optimum Processing
Gleason supports the development of a common, inter-company, inter-process standard which enables production assets to communicate directly, building a base for advanced diagnostics and efficiency optimization, and ultimately, the Smart Factory.
Process Simulation – The Fast Road to Success
Our unique Power Skiving Technology Software generates process variables to create workpiece geometries and surfaces according to customers’ specifications – the predictability of the process before creating the actual chip brings reliable results fast and avoids major scrap cost.