- Wet vapor blasting and dry abrasive blasting cabinet options.
- Prepare suitable wheel surfaces for inspection and subsequent finishing.
- Select cabinet clearance, wheel handling, media, and utilities for your process.
- Related wheel equipment: wheel powder coating equipment.
Sandblasting Cabinets for Alloy Wheels
Inovatec supplies enclosed wet and dry blasting equipment for suitable alloy wheel preparation. Abrasive blasting can remove specified surface coatings, corrosion, or residues and produce a surface profile for subsequent finishing. The result depends on the abrasive, delivery settings, wheel condition, and approved process. Select the cabinet and evaluate representative wheels before committing to a production method.
The wet range includes YS9080W, YS1010W, and YS1212W models. A pump circulates water and abrasive slurry, while compressed air accelerates the mixture at the nozzle. Plan for wheel rinsing, drying, and management of the used slurry and residues. Confirm cabinet clearance and wheel-handling options.
The dry range includes YS9080, YS1010, and YS1212 models. Compressed air delivers selected abrasive to the wheel surface. Confirm the media-delivery system, extraction, recovery arrangement, cabinet clearance, and air demand for the quoted machine.
Wheel Handling and Slurry System Options
A gun holder supports and positions the nozzle for the configured process. It can help maintain the selected working position, but does not by itself make the blasting cycle automatic. Confirm adjustment, wheel access, and operator controls.
A turntable and trolley help load and position the wheel. The listed options cover configuration-dependent load ratings within a 60–200 kg range, with manual or powered arrangements available. Confirm the actual rating, wheel clearance, and support method for the selected model.
A hydrocyclone separates components of the circulating slurry according to the system design. Confirm compatibility with the abrasive size and the intended recovery or discharge arrangement. Water recovery and waste handling depend on the application and selected configuration.
Blasting and Diamond Cutting Serve Different Stages
Blasting prepares the wheel surface; a CNC wheel lathe machines a suitable wheel face when a diamond-cut finish is required. Neither operation restores missing metal or determines whether a damaged wheel is fit for service. Inspect the wheel and follow the approved refurbishment criteria before selecting the equipment.
Related Equipment and Media Resources
- Send wheel dimensions, weight, photographs, and the coating or residue you need to remove.
- Describe the required surface profile, subsequent finish, batch volume, and any handling constraints.
- Confirm compressed-air capacity, extraction or slurry-management arrangements, rinsing, drying, and available workshop space.
- Factory
- Before & After
Delivery depends on the model, configuration, current availability, and shipping plan. Ask Inovatec to confirm production or preparation time and the proposed delivery arrangement in the quotation.
The cabinet is packed in a wooden box for export shipment. Confirm the packed dimensions, weight, lifting points, and destination handling requirements before arranging transport.
Ask for the operating and maintenance documents and discuss training or remote support for your selected machine. Contact the Inovatec team through the current company contact channels to agree the scope and arrangements.
The quotation should identify the agreed payment method, payment stages, and order scope. Confirm these details with Inovatec before placing the order.
Inspect the crate and equipment on receipt and record any damage with photographs. Notify the seller and carrier promptly according to the agreed shipping and claims procedure. Packing, insurance, freight responsibilities, and claim requirements should be confirmed before shipment.
Sandblasting Cabinets for Alloy Wheels: Process and Equipment Selection
Inovatec supplies enclosed wet and dry blasting equipment for suitable alloy wheel preparation. Abrasive blasting can remove specified surface coatings, corrosion, or residues and produce a surface profile for subsequent finishing. The result depends on the abrasive, delivery settings, wheel condition, and approved process. Select the cabinet and evaluate representative wheels before committing to a production method.
In This Guide
- What can a wheel blasting cabinet do?
- How can blasting performance be maintained?
- What blasting pressure should I use?
- How do I choose the cabinet size and configuration?
- What should operators know before use?
- Can blasting damage an aluminum wheel?
- What is needed for installation?
- How do wet and dry blasting differ?
- How should equipment and processing costs be estimated?
- Can blasting restore a corroded wheel?
What can a wheel blasting cabinet do?
A suitable blasting process removes specified surface coatings, corrosion, or residues and creates the required surface profile for later finishing. Inspect the wheel before processing. Blasting does not restore lost metal, repair cracks, or establish structural suitability.
How can blasting performance be maintained?
Follow the machine’s inspection and maintenance schedule for air supply, nozzle condition, media, filters, seals, and any slurry system. Changes in pressure, abrasive condition, or extraction can affect the result. Resolve the cause of poor performance rather than simply increasing pressure.
What blasting pressure should I use?
Use the machine instructions and an approved setup for the selected nozzle, abrasive, wheel, and surface requirement. Confirm both air pressure and available airflow. Establish settings through representative trials; a single pressure value is not suitable for every cabinet and wheel.
How do I choose the cabinet size and configuration?
Check the largest wheel’s full dimensions and weight, loading opening, working clearance, nozzle access, and support arrangement. Compare air demand, extraction or slurry handling, media recovery, and maintenance access. Select the delivery system around the application rather than assuming a higher-pressure system is always preferable.
What should operators know before use?
Operators should be trained in the supplied controls, loading, nozzle handling, media management, and shutdown procedures. Check guarding, seals, utilities, extraction or slurry circulation, and the approved process before work. Use the machine manual and agreed training for the actual configuration.
Can blasting damage an aluminum wheel?
An unsuitable abrasive or overly aggressive process can alter the surface or remove excessive material. Select media for the alloy and required finish, control contamination, and evaluate representative wheels. Follow the approved refurbishment criteria instead of assuming that any sand or blasting setting is safe.
What is needed for installation?
Confirm the equipment layout, power, compressed-air flow and pressure, wheel handling, and maintenance space. Dry equipment requires the specified extraction and recovery arrangements; wet equipment also requires appropriate water, slurry, rinsing, drying, and residue management. Use the supplier’s installation drawings and commissioning instructions.
How do wet and dry blasting differ?
Wet vapor blasting uses water and abrasive slurry with compressed air at the nozzle. Dry blasting uses selected dry abrasive with the configured delivery, extraction, and recovery system. Compare surface requirements, residues, drying, media management, and workshop utilities. Wet blasting should not be described as universally dust-free or spark-free.
How should equipment and processing costs be estimated?
Equipment price depends on cabinet size, blast delivery, handling, extraction, slurry or media recovery, and controls. Processing cost depends on labor, cycle time, air use, abrasive consumption, maintenance, and residue handling. Request a configuration-specific quotation and use workshop data for a cost-per-wheel estimate.
Can blasting restore a corroded wheel?
Blasting can remove suitable surface corrosion and expose the underlying condition. It cannot replace material lost to corrosion or repair structural damage. Inspect the cleaned wheel and follow the approved acceptance or repair criteria before machining, coating, or returning it to service.
Equipment and Finish Examples
