- Vapor blasting uses water, abrasive, and compressed air for suitable parts finishing.
- Manual cabinet and turntable or trolley configurations.
- Confirm the process, part access, utilities, and supplied filtration options.
Vapor Blasting Machines for Parts Finishing
Vapor blasting, also called wet blasting, projects an abrasive-water slurry onto the workpiece using compressed air. Inovatec cabinets can be reviewed for component cleaning and controlled surface finishing. The process uses liquid water and abrasive; the name does not describe steam cleaning. Select the cabinet and handling arrangement for your parts, then establish the media and settings through an agreed trial.
A pump circulates a mixture of water and approved abrasive to the blast gun, where compressed air accelerates it onto the workpiece. Select the cabinet around part size, access, material, contamination, and the required finish. Establish the media and settings through a representative trial.
A turntable helps reposition suitable parts, while a trolley assists loading and unloading. Confirm the actual load rating, wheel or part envelope, door clearance, and manual or powered handling arrangement. The specification table and quoted options must be reviewed together; a general option description is not a confirmed load rating.
Vapor Blasting Features and Options
A gun holder provides a defined position for the supplied blast gun. Review the nozzle direction, part access, and adjustment method. A holder does not by itself create an automatic cycle or ensure uniform coverage.
A hydrocyclone separates material from the circulating liquid according to its configured duty. Confirm whether the proposed unit is intended for abrasive recovery, fines removal, or draining assistance. Do not assume a fixed separation efficiency for every media and slurry.
The configured filtration system allows suitable process water to be reused for specified functions such as rinsing or window washing. Confirm filtration, makeup water, cleaning, and waste-handling requirements. Recirculation does not eliminate filter maintenance, contaminated liquid, or all waste discharge.
Media Choices for Vapor Blasting
Choose approved abrasive around part material, incoming surface condition, and the required finish. Glass beads can be assessed for a satin appearance, while a cutting abrasive may suit a different cleaning or texture requirement. Neither choice guarantees zero material removal, zero media retention, or corrosion protection. Confirm the trial result and the subsequent rinsing and drying steps.
- Provide part drawings or dimensions, material, weight, photographs, incoming finish, and features that must be protected.
- Describe the required appearance, cleanliness, coating preparation, tolerances, and production mix.
- Identify chamber and door access, fixtures, turntable or trolley, air and power supplies, filtration, rinse, drying, and training requirements.
- Factory
- Before & After
The minimum order is one machine. Specify the cabinet, material, loading arrangement, and required options so the quotation defines the complete package.
The stated packing arrangement secures the machine to a pallet for transport. Confirm any additional protective packing, packed dimensions, weight, and handling requirements in the quotation.
The stated standard terms are 30% by T/T in advance and 70% before shipment. Confirm the terms for your order. Any alternative payment arrangement, including PayPal, must be agreed before ordering.
Send the model and options required. Current availability, preparation or production time, and the proposed shipment date will be confirmed in the quotation rather than assumed from a general lead-time estimate.
Shanghai and Ningbo are listed shipping options. Confirm the departure port, destination, packing, and freight scope for the order. If delivery to a consolidation warehouse in China is required, provide its address and handling requirements.
Vapor Blasting Machines for Parts Finishing: Process and Equipment Selection
Vapor blasting, also called wet blasting, projects an abrasive-water slurry onto the workpiece using compressed air. Inovatec cabinets can be reviewed for component cleaning and controlled surface finishing. The process uses liquid water and abrasive; the name does not describe steam cleaning. Select the cabinet and handling arrangement for your parts, then establish the media and settings through an agreed trial.
Listed Technical Specifications
The original model data is shown below. Confirm the delivered configuration, usable clearance, utilities, and operating instructions in the quotation.
| Model | YS9065W | YS1010W | YS1212W |
| Material | Stainless Steel SUS304/carbon steel/fiberglass | ||
| Operating dimensions L*W*H | 900*650*750mm | 1000*1000*750mm | 1200*1200*800mm |
| Machine Size L*W*H | 900*950*1700mm | 1000*1300*1830mm | 1200*1500*2000mm |
| Entrance Door Size | W440*H550mm | W840mm*H650mm | W900mm*H800mm |
| Power Supply | 220V/380V±10%; 50Hz/60Hz; 1.5kw | ||
| Working Pressure | 58-101psi | ||
| Air Consumption (Approx) | 50cfm | ||
| Quantity of Gun | 1pc | ||
| Nozzle Diameter | 9.5mm | ||
| Load Capacity | 60Kg | ||
| Machine Lighting | 18W*2pcs | ||
| Air Intake Hose | Φ16mm | ||
| Total Weight (Approx) | 350kg | 500kg | 600kg |
| Abrasive Available | Glass bead, sand, aluminum oxide etc | ||
In This Guide
- What evidence should accompany a vapor blasting quotation?
- Which models should be compared?
- How should optional equipment be specified?
- What part information establishes cabinet fit?
- Which service parts belong in the package?
- How is the order scope agreed?
- How should abrasive be chosen for the application?
- What slurry information should be supplied?
- What power details are needed before purchase?
- What service commitments should be written down?
- How should maintenance be included in the cost review?
- What must the workshop prepare for installation?
- How much compressed air is required?
- Which nozzle details belong in the specification?
- How should vapor and dry blasting be compared?
- What workflow should a demonstration include?
- Which applications should be discussed with Inovatec?
- How are operating controls assessed?
- How are initial media and water charges confirmed?
- What circulation and agitation should be confirmed?
- How should slurry replacement and disposal be planned?
- What should be considered for ferrous parts?
- Which features support visibility inside the cabinet?
- Does vapor blasting use steam?
- What post-blast cleaning is required?
- Which trial results should be documented?
- What makes a process specification useful?
- What other names are used for this process?
- Which preparation details should be agreed?
- How is the required cosmetic finish defined?
- What is needed when blasting precedes repainting?
- How should media-retention risks be reviewed?
- How is oxide-removal capability demonstrated?
- How is paint-stripping suitability assessed?
- What is required for engine-component work?
- How is material compatibility established?
- How does incoming contamination affect the system?
- What abrasive-reuse data should be requested?
- How should production capacity be estimated?
- How are large or heavy parts accommodated?
- What must a damage assessment include?
- What determines the quoted equipment price?
- How is the total process cost compared?
- What does the separation system actually remove?
- How much automation is included?
- What training should be included with delivery?
- What corrosion-protection stages may be needed?
- When should an automatic system be considered?
What evidence should accompany a vapor blasting quotation?
Request the actual model specification, construction, components, operating documentation, and acceptance scope. Ask for applicable certificates where required and check their relevance to the supplied equipment. General claims are not a substitute for evidence.
Which models should be compared?
The preserved table describes YS9065W, YS1010W, and YS1212W. Compare working space, entrance size, overall footprint, and utilities. Add the part fixture and handling requirements to the comparison.
How should optional equipment be specified?
List the required holder, turntable, trolley, hydrocyclone, filtration, and rinse functions. Ask which items are standard and which are optional. Confirm the actual duty and capacity of each item in the quotation.
What part information establishes cabinet fit?
Provide dimensions, weight, drawings or photographs, mounting needs, and the surfaces to be treated. Review door access, support clearance, part rotation, and nozzle reach. Approve the proposed loading arrangement for representative parts.
Which service parts belong in the package?
Identify nozzles, gun components, hoses, gloves, pump wear parts, window components, and filters for the selected configuration. Confirm part numbers, quantities, and replacement guidance rather than purchasing generic spares.
How is the order scope agreed?
Confirm the model, materials, utilities, options, fixtures, trial criteria, packing, payment, shipment, documentation, training, and support. An itemized scope makes supplier packages comparable and identifies workshop preparation responsibilities.
How should abrasive be chosen for the application?
Start with part material, incoming condition, target appearance or texture, and permitted removal. Ask for compatible abrasive options and evaluate them on representative components. Media choice should follow the process requirement.
What slurry information should be supplied?
Obtain filling, concentration, replenishment, contamination-control, and replacement instructions for the approved media. Confirm compatible additives and water requirements. Avoid using a ratio copied from a different machine or application.
What power details are needed before purchase?
Confirm voltage, frequency, phase, current, plug or connection, and additional system loads. The original table lists 220/380 V, 50/60 Hz, and 1.5 kW; verify the exact delivered configuration and installation requirements.
What service commitments should be written down?
Agree training, documentation, warranty coverage, exclusions, spare-parts supply, and service method. Identify the equipment and options covered. A broad promise of support does not define response times or included work.
How should maintenance be included in the cost review?
Request the schedule and consumable list for pumps, nozzles, hoses, gloves, windows, filters, and slurry management. Estimate the workload and cleaning time alongside media use. Maintenance cost depends on the actual application.
What must the workshop prepare for installation?
Review footprint, loading access, maintenance clearance, electrical and air supplies, water arrangements, and waste handling. Confirm commissioning responsibilities and required qualified installers. Include operator training before routine processing.
How much compressed air is required?
The original table lists approximately 50 cfm and a working pressure range of 58–101 psi. Confirm air demand at the intended nozzle and operating conditions. Review compressor delivery, line losses, and air quality for the supplied machine.
Which nozzle details belong in the specification?
Confirm bore, material, gun compatibility, abrasive compatibility, and replacement part number. The table lists a 9.5 mm nozzle diameter. Establish the actual nozzle supplied and its air-demand and wear implications.
How should vapor and dry blasting be compared?
Compare the achieved finish, removal, residue, air demand, media handling, extraction, rinsing, drying, and complete cycle. Vapor blasting uses an abrasive-water slurry. A trial should establish which workflow meets the stated requirements.
What workflow should a demonstration include?
Ask to review preparation, loading, process controls, blasting coverage, repositioning, rinsing, drying, inspection, and unloading. A demonstration of blasting alone does not show the complete production cycle.
Which applications should be discussed with Inovatec?
Provide actual castings, machined components, molds, tooling, or other parts to be considered. State material, contamination, coatings, tolerances, and cleanliness. The application review should establish compatibility and process requirements rather than rely on an industry label.
How are operating controls assessed?
Review the enclosure, gloves, doors, controls, stops, interlocks, visibility, and mist-management arrangement supplied. Include the operating and maintenance instructions in the review. Confirm the machine-specific features during commissioning.
How are initial media and water charges confirmed?
Request the prescribed tank level, abrasive grade, concentration, and filling method. Match these to the supplied cabinet and approved process. Include any required water-quality or additive specification.
What circulation and agitation should be confirmed?
Ask how the pump and tank arrangement maintain the slurry during use and after settling. Define start-up checks and acceptable delivery. The supplier should explain the functions of the actual configuration.
How should slurry replacement and disposal be planned?
Confirm draining, cleaning, separation, and contaminated-liquid handling. Establish replacement limits from the abrasive and incoming contamination. A recirculation option does not make all waste reusable or remove the need for a waste plan.
What should be considered for ferrous parts?
Review cleaning and finish requirements together with rinsing, drying, and corrosion control. Agree how parts are handled before the next operation. Do not interpret vapor blasting as a corrosion-protection guarantee.
Which features support visibility inside the cabinet?
Confirm lighting, window washing, wiper, and any mist or ventilation controls. Ask how these components are maintained and replaced. Visibility needs to be evaluated during the intended process.
Does vapor blasting use steam?
The cabinets described here circulate liquid water mixed with abrasive. Compressed air accelerates the slurry through the gun. Vapor blasting and wet blasting are names for this process; they do not specify steam-cleaning equipment.
What post-blast cleaning is required?
Define the rinse, residue removal, drying, and cleanliness inspection for the component. Give particular attention to recesses and passages. The next coating, assembly, or service requirement determines the acceptance criteria.
Which trial results should be documented?
Record material, incoming condition, abrasive, slurry, settings, exposure, finish, dimensional change, retained media, cleanliness, and complete cycle time. The trial report should state what was tested and the criteria used to assess it.
What makes a process specification useful?
It defines the permitted surface change, protected areas, cleanliness, roughness or appearance, and inspection method. Equipment and media can then be selected against those requirements. Agree acceptance before using production parts.
What other names are used for this process?
Wet blasting, vapor blasting, and vapour blasting describe the slurry process used by this cabinet range. Terminology can vary between suppliers. Compare the actual media delivery, compressed-air, circulation, and cleaning arrangements.
Which preparation details should be agreed?
Define contamination removal, masking, disassembly, fixture contact, and protection of sensitive features. Identify seals, coatings, passages, or assemblies that are unsuitable for exposure. Include preparation in trial and cycle-time planning.
How is the required cosmetic finish defined?
Provide an approved sample or measurable roughness and appearance criteria. Describe the incoming surface and areas that must remain unchanged. A stated satin or polished appearance needs a representative process trial.
What is needed when blasting precedes repainting?
Obtain the coating system’s preparation and cleanliness requirements. Confirm the allowable profile, residue, rinsing, drying, handling, and time before coating. Qualify the sequence rather than assume blasting alone creates the required bond.
How should media-retention risks be reviewed?
Supply drawings showing holes, channels, recesses, and threaded features. Evaluate abrasive size, masking, orientation, rinsing, and inspection. The process review should identify how retained particles are detected and removed.
How is oxide-removal capability demonstrated?
Use samples with representative oxide thickness and substrate condition. Check removal together with permitted texture and dimensional change. A general cleaning claim does not establish complete oxide removal on every material.
How is paint-stripping suitability assessed?
Identify the coating and substrate, required removal, and features to protect. Evaluate media and settings on samples, including residue and substrate inspection. Stripping and cosmetic finishing may require different processes.
What is required for engine-component work?
Identify the individual components and define disassembly, passage protection, residue removal, and cleanliness inspection. Do not specify an assembled engine as suitable without a responsible process review. Abrasive and liquid ingress must be considered.
How is material compatibility established?
Review each substrate, coating, and critical feature separately. Metals, composites, polymers, and plated surfaces can require different processes. Record the trial and acceptance conditions for the actual material.
How does incoming contamination affect the system?
Oil, debris, coating fragments, and other residues can affect slurry condition, filtration, and finish. Define pretreatment and contamination limits. Estimate cleaning and replacement requirements using representative production parts.
What abrasive-reuse data should be requested?
Ask how breakdown and contamination are monitored and how replenishment or replacement is decided. Reuse depends on media, separation, workload, and the finish standard. Avoid assuming a fixed reuse count or indefinite media life.
How should production capacity be estimated?
Use the full sequence of loading, blasting, handling, rinsing, drying, inspection, and unloading. Record part mix and operator involvement. Calculate capacity from agreed trial conditions rather than a universal seconds-per-part claim.
How are large or heavy parts accommodated?
Confirm the full part envelope and weight against door access, working clearance, support, and the quoted turntable or trolley. The table lists a 60 kg load capacity; any different option rating must be confirmed separately.
What must a damage assessment include?
Check dimensional change, surface texture, coatings, edges, passages, and other protected features after a trial. Agree the permitted limits before processing. Water cushioning does not establish zero damage for every component.
What determines the quoted equipment price?
Cabinet size, construction, guns, part handling, filtration, controls, utilities, packing, freight, and support define the package. Request comparable itemized quotations for the same application scope.
How is the total process cost compared?
Include air, power, water, abrasive, additives, wear parts, filtration, cleaning, waste handling, labor, inspection, and rejected work. Use the required finish and workload to compare complete production workflows.
What does the separation system actually remove?
Confirm the proposed unit’s duty, media compatibility, flow, and maintenance requirements. Abrasive recovery, fines removal, and draining assistance are different functions. Request process-specific evidence before relying on a stated efficiency.
How much automation is included?
Specify part loading, gun movement, positioning, cycle control, rinsing, and unloading separately. A gun holder or turntable does not by itself make a cabinet automatic. Review the actual sequence and items supplied.
What training should be included with delivery?
Agree instruction in loading, slurry management, controls, process limits, rinsing, drying, inspection, maintenance, and fault handling. Confirm the training language, format, and documentation for the selected machine.
What corrosion-protection stages may be needed?
Define the material’s rinse, drying, handling, storage, and subsequent protection requirements with the responsible process owner. Vapor blasting is a cleaning or finishing stage, rather than a universal protective treatment.
When should an automatic system be considered?
Review repeat-part volume, coverage consistency, fixtures, cycle logging, utilities, and total cost. A configured automatic system may suit repeat production, while manual handling can suit mixed work. Confirm available automation as a separate supplied scope.
Equipment and Finish Examples
