
Gleason manufactures gear honing machines for EVs and high-mix production. This page goes over its products and their strengths.
Gleason designs and manufactures its own honing stones and dressing tools. Its Opti-Form® ring honing stones have shapes that make them easy to process with right from the start. They also have diamond electroplated tools for shaping honing stones. These tools reprocess honing stone surfaces, enabling repeated use.
Gleason's machines shorten honing stone preparation times so processing can be started even faster. Honing stones can be replaced without using special tools, enabling consistent operation that is not reliant on specific operators. Reusing tools also keeps down tool costs.
Gleason's gear honing tools can make fine adjustments to gear faces while processing is in progress, so they're highly suited for components that require precise finishes, like the motor gears and drive trains of EVs. A single machine can be used to process workpieces of various shapes and sizes, so these devices flexibly support high-mix production.
Device capabilities and manufacturer support requirements vary from business to business, differing for precision components, large components and heavy industry, and component repair and processing.
We have carefully selected the honing machines that are best suited to companies based on the features and challenges of their varied businesses, freeing them from needing to rely on specific operators. Please use the information on this site in your comparisons and deliberations.

| Processing Range | Diameter: Max. ⌀270 mm Length: Not indicated on website |
|---|---|
| Stroke length (mm) | Not indicated on website |
| Equipment Dimensions | Not indicated on website |
| Automatic Measurement Function | Not indicated on website |
| Sizing Function | Not indicated on website |
| Power Specifications | Not indicated on website |
| Manufacturer | Gleason |
Gleason's honing machines support a wide range of workpieces, from shaft components and large-diameter, heavy workpieces to compact workpieces with complex shapes. This model has an adjustable angle B axis that can make adjustments to tooth faces during processing. It reduces the operation workload involved in changing set-ups while producing high-precision finishes. These products are highly suited for worksites that perform high-mix production and for processing step pinions for EVs.
The company's website does not present any usage case examples.
Gleason has four business offices in India, in Bengaluru, Chennai, Delhi, and Pune. The Bengaluru and Chennai offices also have service centers, so the company can quickly respond to problems and perform maintenance after equipment is installed.
In addition to online remote support, Gleason also provides its machines with preventative maintenance action (PMA) functions that issue notifications when it is time to perform maintenance. They automatically inform users when work needs to be performed, and maintenance management can be performed using procedures which include videos and photos.
| Company Name | Gleason Corporation |
|---|---|
| Head Office Location | 1000 University Avenue, Rochester, NY, USA |
| Indian Contact Point | Plot No 70A, KIADB Aerospace Park Bhattaramarenahalli, Budigere Post, Devanahalli Taluk, Bangalore Rural, Karnataka, India |
| Website | https://www.gleason.com/en |
BS-VI standards and growing EV demand are driving unprecedented needs for precision machining.
While the "overseas components + local assembly" model keeps initial costs low, design mismatches and unclear accountability create long-term risks.
Integrated management from design to assembly ensures consistent machining accuracy regardless of operator, minimizing material loss, accelerating ROI, and building the foundation for global trust.

This honing machine synchronizes stroke and stone expansion in 0.1 μm increments, enabling precision honing of holes as small as 3 mm in diameter and 80 mm deep, even in hard materials.
Automatic electronic control and made-to-order jigs reproduce the techniques of veteran operators.
These honing machines eliminate deviations in the manufacturing of precision components such as control valves while also reducing personnel costs.
| Bore Diameter |
Ø3~Ø100 |
|---|---|
| Workpiece Length |
130mm |
| Spindle Stroke Length |
Max. 300mm |
Gears / Connecting rods / Hydraulic valves, etc.

Machine height can be reduced through pit installation, reducing the footprint and using less volumetric space. It also makes it easy to mount and unmounts heavy objects such as engine blocks, reducing the operation workload.
They can even cut the large machining allowances unique to heavy industry in short amounts of time.
| Bore Diameter |
~Ø350 |
|---|---|
| Workpiece Length |
3,800mm |
| Spindle Stroke Length |
Not specified on official website |
Long pipes and tubes / Piston rods / Heavy workpieces / Exterior diameter processing, etc.

A graph showing the status of the hole being honed is displayed on-screen, in real time. This makes it easy to visually understand where the workpiece is and how it is warped, accelerating repair decisions.
These systems can store up to 100 processing settings at any time. They can also be backed up via USB, so even for small-lot, high-mix jobs, you can instantly reproduce the same processing as in previous jobs. They also shorten set-up times.
| Bore Diameter |
~Ø203 |
|---|---|
| Workpiece Length |
279mm |
| Spindle Stroke Length |
~225mm |
Engine blocks, etc.