- CNC wheel-face machining for suitable diamond-cut alloy wheels.
- Compare WRC28, WRC28VM, YN-26, and WRC30 configurations.
- Select probing, clamping, controls, and tooling for your wheel range.
CNC Alloy Wheel Machining Equipment
Inovatec CNC wheel machines measure and machine suitable alloy wheel faces for a diamond-cut finish. The control follows an approved wheel-face profile while the cutting tool removes a controlled amount of material. Select the machine around wheel dimensions, fixture access, probing, programming, and inspection requirements. Washing, straightening, and coating are separate workshop operations.
The WRC28 lists a maximum wheel diameter of 28 inches, a 7.5 kW motor, and a cast iron base. Its 30-inch swing over the bed is a different dimension from wheel capacity. Check wheel width, offset, fixtures, and cutting clearance for the intended load.
The WRC28VM uses a vertical loading arrangement. The current model table lists a maximum wheel repair diameter of 30 inches, a 7.5 kW motor, and a spindle range of 50–1,500 rpm. Confirm the probing system, control, fixture, and usable clearance for the quoted configuration.
The YN-26 provides an entry-level wheel-machining option. The current linked specification table lists a 25-inch maximum hub machining diameter, although the category previously described a 26-inch range. Confirm the actual wheel capacity and measurement configuration in the quotation before selecting this model.
The WRC30 lists a maximum wheel diameter of 30 inches, an 11 kW motor, and a spindle range of 50–1,600 rpm. The listed standard tool carrier has four positions. Confirm the wheel envelope, clamping arrangement, controls, and tooling; the speed range is not a recommended cutting setting.
CNC Wheel Machine Features and Options
A tailstock can provide additional support where the approved setup requires it. Confirm compatibility with the machine, wheel fixture, and cutting access. It is a support component, rather than the wheel-profile measuring probe.
A three-jaw chuck clamps compatible wheels using the appropriate jaws and fixtures. Check wheel seating, clamping, runout, and tool clearance before machining. Define the supplied adapters for the wheel mounting dimensions in the quotation.
GSK controls are available in the listed range. Confirm the controller supplied for the selected machine, together with probing, profile storage, program editing, and operator functions. Controls and software requirements vary by configuration; include training in the order specification.
The cooling system supplies machining fluid where the selected process requires it. Follow the machine and tool supplier’s instructions for fluid selection, supply, inspection, and replacement. Cooling does not replace correct tooling or cutting conditions.
The lubrication system supplies designated machine points. Check the specified lubricant, level, and delivery according to the machine maintenance instructions. Refill intervals depend on use and the configured system.
A six-station turret is a configuration option to confirm in the quotation. The current WRC28, WRC28VM, and WRC30 model tables list four-position tool carriers. Specify the required stations, tool holders, and tools rather than assuming this option is standard on every model.
Related Wheel Straightening Equipment
A wheel straightener applies controlled force to suitable deformation. A CNC wheel lathe cuts the visible wheel face. Assess wheel condition and the manufacturer’s repair restrictions before choosing either operation, then define the inspection and acceptance requirements for the particular wheel.
Related Equipment and Media Resources
- Send the minimum and maximum wheel diameter, width, weight, offset, mounting dimensions, and representative photographs.
- Describe the required wheel-face finish, inspection criteria, expected workload, and operator experience.
- Confirm the electrical supply, workshop space, loading method, probe, controller, fixtures, tooling, training, and support required.
Related Equipment and Media Resources
See Alloy wheel powder coating machine, Car wheel vibratory polishing machine, Sand blasting carbinet alloy wheels, Wheel cleaning machine.
- Factory
- Before & After
The minimum order is one machine. Specify the model, tooling, controls, and options so the quotation defines the supplied package.
Machines are packed in wooden boxes for export. Confirm the packed dimensions, weight, lifting points, and handling requirements before arranging transport.
The stated standard terms are a 30% deposit by T/T, with the balance paid before shipment. Confirm the terms in your quotation. Any alternative arrangement must be agreed before ordering.
Send the required model and configuration to Inovatec. Current stock, preparation or production time, and the proposed shipment date will be confirmed for the order.
Shipment can be arranged through Ningbo, Shanghai, Tianjin, or Qingdao, depending on the freight plan. Delivery to another supplier in China for consolidation can also be discussed. Confirm the destination, handling requirements, and freight scope.
CNC Alloy Wheel Machining Equipment: Process and Equipment Selection
Inovatec CNC wheel machines measure and machine suitable alloy wheel faces for a diamond-cut finish. The control follows an approved wheel-face profile while the cutting tool removes a controlled amount of material. Select the machine around wheel dimensions, fixture access, probing, programming, and inspection requirements. Washing, straightening, and coating are separate workshop operations.
In This Guide
- What does a CNC wheel machine do?
- How is the wheel-face profile measured?
- Which models are available?
- How should wheel capacity be checked?
- What should the CNC control package include?
- How are cutting tools selected?
- How does the loading arrangement affect selection?
- How long does a machining cycle take?
- What determines the equipment cost?
- What training and maintenance are required?
- What information is needed for a quotation?
What does a CNC wheel machine do?
It machines the face of a suitable alloy wheel along a defined profile. CNC controls coordinate the tool movement and spindle operation. The process produces a machined finish by removing material; it is different from washing, polishing, coating, or straightening a wheel.
How is the wheel-face profile measured?
A compatible probe or measurement system records the profile required by the selected machine. Check probe clearance, calibration, measurement locations, and profile-editing functions. The captured profile must be reviewed against the permitted machining process before running a cutting program.
Which models are available?
Compare WRC28, WRC28VM, YN-26, and WRC30. The range includes horizontal and vertical loading arrangements with different capacity, motor, probing, and control configurations. Use the linked model data and an itemized quotation to establish the machine actually supplied.
How should wheel capacity be checked?
Diameter alone is insufficient. Provide wheel width, offset, mounting dimensions, weight, and photographs. Check clamping, tool travel, probe access, and guards with the complete wheel envelope. Bed swing and a model name must not be treated as the usable wheel machining diameter.
What should the CNC control package include?
Specify the controller, measurement functions, profile storage, program editing, offsets, and operator interface. Confirm which functions are standard and which require an option. The supplied software, training, and documentation should match the actual configuration.
How are cutting tools selected?
Select the tool and holder for the wheel material, face geometry, finish, and machine setup. Confirm tool compatibility and offset-setting procedures. Cutting conditions must come from the approved process and tool guidance, rather than a single speed assumed to suit every wheel.
How does the loading arrangement affect selection?
Compare working height, wheel handling, fixture access, and available workshop space. A vertical or horizontal arrangement may suit different loading practices. Review representative wheel setups and access for measurement and tool changes before choosing the orientation.
How long does a machining cycle take?
Total time includes inspection, loading, clamping, measurement, program review, cutting, unloading, and final checks. The wheel condition, profile, material removal, and settings affect the result. Establish a representative cycle through an agreed trial rather than a fixed repair-time promise.
What determines the equipment cost?
Model, controls, probing, tooling, fixtures, options, packing, freight, and support affect the quotation. Compare packages with the same defined scope. Confirm utilities and installation requirements so workshop preparation is included in the purchasing decision.
What training and maintenance are required?
Operators need training in mounting, measurement, program review, tooling, inspection, and the machine’s safety functions. Follow the supplied maintenance schedule for lubrication, coolant, cleaning, and checks. Agree documentation, service arrangements, and spare parts with the order.
What information is needed for a quotation?
Send the wheel range, photographs, desired face finish, inspection requirements, expected workload, utilities, and workshop layout. Identify required probes, controls, tools, fixtures, and support. Inovatec can then confirm the proposed model and the items included in the package.
Equipment and Finish Examples
Related Equipment and Media Resources
See Alloy wheel diamond cutting machine, Wheel lathe machine, Wheel repair machine, Wheel turning machine.