IGM-15NCIII Features:
| Internal Diameter | 6" |
|---|---|
| Max Table Travel | 20" |
The Okamoto IGM-15NCIII features a next-generation touchscreen CNC system engineered for precise process control. This advanced interface enables efficient navigation and real-time parameter adjustments across diverse grinding applications. As a result, operators achieve optimized performance with improved accuracy and repeatability.
The IGM-15NCIII supports precision grinding of straight, taper, and multi-step internal diameters, external diameters, and faces in a single chucking. Consequently, the system eliminates multiple setups and re-chuckings. This capability significantly reduces cycle times while improving dimensional consistency. Moreover, single-setup processing enhances productivity across complex component geometries.
Engineered with a rigid mechanical structure and advanced control technology, the IGM-15NCIII delivers stable and accurate grinding performance. Its versatile functionality supports demanding applications in automotive, aerospace, and other precision-driven industries. Therefore, it provides a reliable solution for achieving tight internal tolerances and superior surface finishes.
Compare with other Okamoto Internal Grinders for sale
| Internal Diameter | 6" |
|---|---|
| Max Table Travel | 20" |
IGM-15NCIII Specifications
The Okamoto IGM-15NCIII is a CNC internal grinder built around precision bore, taper, face, and multi-step grinding with fine CNC positioning. Its value is determined by how well the grinding architecture matches the surfaces that control part function, including their size, form, finish, and relationship to adjacent features. A.W. Miller Technical Sales supports Okamoto grinding applications throughout New York, Pennsylvania, Maryland, Delaware, Southern New Jersey, and Quebec, providing applications engineering, installation, training, and factory-certified service.
For the IGM-15NCIII, the part drawing should drive the process plan. Bore or surface geometry, tolerance, material condition, stock allowance, wheel specification, dressing frequency, coolant control, and gauging should be defined before the final machine configuration is selected.
Parts and processes commonly evaluated for the Okamoto IGM-15NCIII include:
The single-spindle platform focuses the process on precision bore work while retaining capability for related faces and external features.
Table feed and diameter infeed can be programmed in very small increments for controlled size correction.
A 100–850 rpm workhead range allows rotational speed to be matched to part diameter, material, and grinding condition.
The interrupt function permits wheel dressing during an automatic cycle, helping manage wheel condition on demanding bore work.
Okamoto identifies straight bores, tapers, faces, and multi-step profiles among the machine’s grinding capabilities.
A single-spindle configuration can be the more direct solution when the part family does not need multiple wheel spindles available during the same setup.
Workhead speed influences surface speed relationship, roundness behavior, finish, and heat generation, so it should be established with wheel speed and material data.
It restores wheel cutting condition or geometry during the grinding sequence, helping control size and finish as the wheel loads or wears.
Bore diameter and depth, taper or profile geometry, tolerance, finish, material, stock allowance, adjacent faces, chucking, and annual quantity should be supplied.