| Internal Diameter | 6" |
|---|---|
| Max Table Travel | 20" |
The IGM-15NCIII/2 incorporates advanced Okamoto internal grinding technology engineered for high-precision performance. It features a modern touchscreen CNC controller designed for intuitive operation and precise parameter control. In addition, an interrupt function enables in-process dressing during the automatic grinding cycle. As a result, the wheel condition remains optimized without halting production.
The machine includes a high-performance wheel head with three programmable speeds. Therefore, it adapts efficiently to various material types and grinding conditions. This flexibility enhances surface quality and dimensional accuracy across diverse applications. In addition, programmable speed control improves process consistency and cycle efficiency.
With its robust mechanical structure and flexible spindle configurations, the IGM-15NCIII/2 establishes a high benchmark in internal grinding capability. It supports precision manufacturing requirements for automotive components, aerospace parts, and complex machinery elements. Consequently, the system delivers consistent accuracy, operational efficiency, and adaptability within demanding production environments.
Compare with other Okamoto Internal Grinders for sale
| Internal Diameter | 6" |
|---|---|
| Max Table Travel | 20" |
IGM-15NCIII/2 Specifications
The Okamoto IGM-15NCIII/2 is configured as a CNC twin-spindle internal and universal grinder, with its process strengths centered on ID, OD, face, taper, and profile grinding with two wheel spindles and fine CNC feed. The strongest applications are those where the machine configuration directly addresses a measurable constraint in accuracy, setup count, cycle consistency, or grinding access. A.W. Miller Technical Sales provides regional Okamoto support across New York, Pennsylvania, Maryland, Delaware, Southern New Jersey, and Quebec, from grinding-process evaluation and machine configuration through installation, training, and factory-certified service.
Before specifying the IGM-15NCIII/2, manufacturers should document the incoming stock condition and the finished size, form, and surface requirements. Those inputs determine wheel selection, support strategy, dressing method, cycle structure, and whether optional process-control equipment is justified.
Parts and processes commonly evaluated for the Okamoto IGM-15NCIII/2 include:
Two grinding spindles let the process keep different wheels available for internal, external, face, or profile work.
The control can organize multi-step grinding sequences while retaining workpiece programs for recurring production.
Very fine table and infeed increments support applications where bore size and geometry require controlled correction.
Taper, step, and contour dressing options allow the wheel geometry to be matched to more complex internal or external features.
The /2 configuration adds twin-spindle capability, giving the process more flexibility to keep different grinding wheels available in the same machine.
Yes. Okamoto specifies ID, OD, and face grinding in a single chucking, along with straight, taper, and multi-step profiles.
Okamoto specifies minimum table feed and diameter infeed increments as fine as 0.00001 inch.
Contour dressing is relevant when the grinding wheel itself must carry a defined profile to generate a non-straight feature on the workpiece.
Tolerance, thermal sensitivity, wheel wear, cycle length, production volume, and the cost of an out-of-size part should drive the gauging decision.