- Equipment for wheel-face machining, eligible straightening work, cleaning, polishing, and coating.
- Choose individual machines for the required refurbishment stages.
- Confirm wheel fit, approved processes, utilities, tooling, and inspection requirements.
Alloy Wheel Repair and Refurbishment Equipment
Inovatec supplies equipment for different stages of alloy wheel refurbishment. CNC lathes machine suitable wheel faces, hydraulic straighteners address eligible deformation, and separate machines provide cleaning, media polishing, blasting, powder spraying, and curing. Select each stage around the wheel condition and required finish. No single machine performs every repair or establishes that every damaged wheel is suitable for service.
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 linked MV series includes MV21, MV25, and MV32 wheel-polishing configurations. A fixture holds a suitable wheel while finishing media moves around its surfaces. Check wheel width, offset, mounting, media access, and the required appearance; nominal diameter alone does not establish fit.
The YS dry pressure blasting cabinets prepare suitable wheel surfaces for the next finishing stage. Select cabinet and door clearance, abrasive, compressed-air supply, and dust collection for the actual wheels. Confirm the YS-9080, YS-1010, or requested YS1212 configuration using its own specification.
The current linked product describes an AZ66 single-wheel polisher with a listed 12–24 inch rim range. Select fixtures, media, compound, and process stages for the wheel material and incoming finish. Confirm usable clearance and establish cycle time through representative trials.
The current linked product describes the AZ56 two-station rotary media machine. It combines manual loading with the specified clamping and workpiece movement. Review wheel preparation, fixture clearance, media, controls, and the complete loading-to-unloading workflow before selecting the machine.
The linked washer uses an ultrasonic cleaning tank and a wheel-lifting arrangement. The table lists a 405 L tank and 900 × 500 × 900 mm internal dimensions. Confirm the full wheel envelope, cleaning chemistry, temperature, and trial cycle; do not assume every wheel can be cleaned in two minutes.
Related Equipment and Media Resources
The ARS26 applies hydraulic force to suitable deformed alloy rims. Its linked table lists a 10–26 inch repair range and 0–300 r/min spindle speed. Check mounting and tooling, and establish repair eligibility and inspection limits before using the machine.
Related Equipment and Media Resources
The YH-606 includes an electrostatic spray gun, controller, trolley, and powder hopper. The listed maximum powder delivery is 600 g/min; it is an equipment rating rather than a universal operating setting. Select the booth, preparation, grounding, and curing stage as part of the coating process.
The YH-121319P provides a contained working area for manual powder spraying, with two polyester filters and pneumatic filter cleaning. Check the wheel envelope, supports, gun access, extraction, and compressed air. Any automatic integration requires a separate configuration review.
The linked KL-1864 is an electric batch oven with trolley loading. Its listed working chamber is 1600 mm wide, 1800 mm high, and 1400 mm deep. Select racks, wheel spacing, utilities, and the approved cure schedule for the intended load.
The linked KX102 is a compact electric oven with a nominal two-wheel loading arrangement. Check the wheel dimensions, mounting orientation, and usable chamber clearance. Set curing conditions from the powder supplier’s instructions and the permitted wheel process.
CNC Wheel Lathe 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.
CNC Wheel Lathes for Face Machining
A CNC wheel lathe measures the face profile and removes a controlled amount of material to produce a machined finish. Select the fixture, probe, control, and tool for the wheel range. Face machining is separate from washing, deformation correction, and coating, and requires its own eligibility and inspection criteria.
Related Equipment and Media Resources
See Cnc wheel machine.
- Send wheel diameter, width, offset, weight, mounting dimensions, material, condition, and representative photographs.
- Identify the required stages and final finish, inspection criteria, batch mix, and expected workload.
- Confirm utilities, workshop layout, handling, tooling, consumables, training, and service requirements for each selected machine.
Related Equipment and Media Resources
See Alloy wheel powder coating machine, Car wheel vibratory polishing machine, Sand blasting carbinet alloy wheels.
- 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.
Alloy Wheel Repair and Refurbishment Equipment: Process and Equipment Selection
Inovatec supplies equipment for different stages of alloy wheel refurbishment. CNC lathes machine suitable wheel faces, hydraulic straighteners address eligible deformation, and separate machines provide cleaning, media polishing, blasting, powder spraying, and curing. Select each stage around the wheel condition and required finish. No single machine performs every repair or establishes that every damaged wheel is suitable for service.
In This Guide
- What equipment is used for wheel refurbishment?
- How should the refurbishment process be selected?
- Can every type of wheel damage be repaired?
- How do CNC cutting and hydraulic straightening differ?
- How much workshop space is needed?
- What should be checked before operating the equipment?
- How are warranty and service arrangements confirmed?
- Which tooling and consumables are required?
- Can an inexperienced operator use the machines?
- Which operating resources should be supplied?
- How is throughput established?
- What information is needed for a complete quotation?
What equipment is used for wheel refurbishment?
A workshop may need separate machines for face machining, eligible straightening, washing, media polishing, blasting, powder spraying, and curing. Select the stages that the permitted refurbishment process requires. The equipment list is a range of choices rather than one machine that performs every operation.
How should the refurbishment process be selected?
Start with wheel material, condition, repair history, and the finish required. Check the wheel manufacturer’s restrictions and define inspection and acceptance criteria. Decide which stages are permitted before selecting equipment, consumables, fixtures, and handling.
Can every type of wheel damage be repaired?
No. Cracks, deformation, material loss, previous repairs, and manufacturer restrictions affect eligibility. A machine’s size range does not establish repairability. Inspect each wheel against the applicable criteria and reject or refer wheels outside the permitted process.
How do CNC cutting and hydraulic straightening differ?
CNC face cutting removes material along a selected profile. Hydraulic straightening applies force to suitable deformation using the approved tooling arrangement. The two operations have different limits and inspections; neither proves the structural suitability of a wheel by itself.
How much workshop space is needed?
Check each selected machine’s actual dimensions, door opening, wheel-loading access, maintenance clearance, and utilities. Include trolleys, storage, cleaning, coating, and inspection space in the layout. There is no single standard footprint for a complete wheel-refurbishment package.
What should be checked before operating the equipment?
Confirm wheel eligibility, mounting, tooling, guards, utilities, and the approved process for each machine. Operators need the relevant equipment instructions and training. Do not substitute improvised heating, force application, or material removal for the permitted repair method.
How are warranty and service arrangements confirmed?
Obtain the warranty period, coverage, exclusions, documentation, service method, and spare-parts arrangements for each machine in writing. The package may contain equipment with different requirements. Do not assume lifetime support or one warranty covering every item.
Which tooling and consumables are required?
Specify wheel fixtures and adapters, probes and cutting tools, polishing media and compounds, blasting abrasives, cleaning chemistry, powder, and oven supports as required by the selected stages. Confirm compatibility and identify which items are included or purchased separately.
Can an inexperienced operator use the machines?
Training is required for the purchased equipment and approved wheel process. Include mounting, measurement, program review, handling, process controls, inspection, and routine maintenance. Automated functions do not remove the need for trained operators or setup checks.
Which operating resources should be supplied?
Request manuals, maintenance schedules, parts identification, control documentation, and training materials for the actual models. Agree the language and delivery method. Generic wheel-repair resources cannot replace the supplied equipment instructions and wheel-specific limits.
How is throughput established?
Use representative wheels and measure the complete workflow, including inspection, loading, processing, cleaning, finishing, rejection, and unloading. Trial results should state the wheel condition and finish criteria. A single nominal cycle does not define every repair job or daily output.
What information is needed for a complete quotation?
Send the wheel range, typical condition, permitted stages, target finish, inspection criteria, workload, utilities, layout, and operator needs. Identify required tooling, consumables, loading aids, packing, training, and support so the quotation defines the supplied package.
Equipment and Finish Examples
Related Equipment and Media Resources
See Ars26 wheel straightening machine, Car wheel vibratory polishing machine, Kl 1688 wheel powder coating oven, Kx102 wheel powder coating oven, Wheel cleaning machine, Wrc28 wheel cnc lathe machine, Wrc28vm vertical diamond cut wheel repair cnc lathe, Yh 606 powder coating machine, Yk 121319p small powder coating booth for wheels, Ys1212 wheel dry sand blasting machine.