The high-technology Okamoto ACC-CAiQ Series column grinders are designed to bring precision and performance into any CNC machine shop. These machines feature an exclusive iQ touch-control data input system, revolutionizing the grinding process by delivering simplicity, accuracy, and performance at a new level. This cutting-edge feature optimizes the user experience, allowing for effortless setup and operation for a workflow that exceeds the rigorous standards of precision manufacturing.
ACC-CAiQ Series Features:
| Max Cross Travel | 17.3" |
|---|---|
| Max Table Travel | 31.5" |
The ACC-CAiQ Series also features a unique traveling column design. This strategic enhancement optimizes the entire grinding process by improving machinist access to the work envelope, facilitating easier and more efficient handling of large components. Okamoto’s dedication to innovation in column grinding technology is evident in every aspect of the design and functionality of these machines. The industrial-grade surface grinding series is made for the demands of precision manufacturing, boasting a super-rigid column feed design to ensure accuracy in various CNC grinding applications.
The Okamoto ACC-CAiQ series sets the standard for reliability, durability, making them ideal for industries that require superior surface finishes and geometric accuracy, such as aerospace, automotive, and contract manufacturing. The ACC-CAiQ Series redefines what’s possible in the realm of industrial CNC surface grinding.
Compare to other Okamoto Column Grinders for sale
| Max Cross Travel | 17.3" |
|---|---|
| Max Table Travel | 31.5" |
ACC-CAiQ Series Specifications
* depending on model
The Okamoto ACC-CAiQ Series is an iQ-controlled column-type surface grinder for mid-size to larger components where rigidity, operator access, and fine vertical positioning are central to the process. A.W. Miller Technical Sales supports manufacturers throughout New York, Pennsylvania, Maryland, Delaware, Southern New Jersey, and Quebec with applications engineering, installation, training, and service support.
The platform combines a T-shaped main casting, fully supported table, traveling-column architecture, double-V slideways, iQ touchscreen control, and a 16-inch grinding wheel with a 10 HP spindle. That combination targets shops moving beyond basic automatic surface grinding while retaining an operator-oriented workflow.
Applications commonly evaluated for the ACC-CAiQ Series include:
Graphical control functions reduce the amount of manual calculation required to establish and adjust a grinding cycle.
Selectable manual vertical increments down to 0.00001 inch support careful wheel approach and process setup.
The traveling-column and fully supported table arrangement is intended to limit overhang effects on larger workpieces.
The wheel and 10 HP spindle provide the grinding capacity needed for broader contact areas and demanding materials.
It combines column-type construction with iQ CNC control for manufacturers that need larger-part capacity and a more guided programming environment than an automatic-control machine.
The touchscreen organizes grinding data and machine functions in a visual interface, helping operators set up repeat work and manage grinding parameters without treating every cycle as a manual process.
Large plates, mold and die components, fixture elements, and machine components are logical candidates when the required envelope, load, flatness, and finish fall within the selected model configuration.
Coolant flow, filtration, temperature control, nozzle placement, and wheel specification should be evaluated together because heat management directly affects size control and surface finish.
A.W. Miller should review workpiece dimensions and weight, material, stock removal, flatness and finish requirements, wheel selection, dressing method, chucking, and expected throughput.