WM600 alloy wheel painting machine
Use the WM600 wheel painting machine to compare automatic alloy wheel painting in Thailand: preparation, primer, colour, clear coat, extraction, curing, operator training, and quote planning before moving wheel refinishing in-house.
HBC wheel paint robot
Automated primer, color, and clear application with built-in lights, rollers, extraction, and UV/IR curing capability for wheel repair production.
Production view
WM600 helps workshops keep wheel finishing in-house with a repeatable, premium workflow.
Wheel painting machine Thailand
Thailand wheel repair centers, bodyshops, and service centers can evaluate automatic alloy wheel painting for preparation, primer, colour, clear coat, extraction, curing, and repeatable wheel refinishing.
A wheel painting machine makes sense when alloy wheel painting happens repeatedly, manual spraying creates inconsistent finish quality, or wheel refinishing is being delayed or outsourced. WM600 should be reviewed together with preparation, extraction, curing, consumables, operator training, and support from M&H Group in Thailand.
WM600 is strongest for wheel repair centers, bodyshops, and service centers that need a repeatable in-house alloy wheel painting route. The decision is not only whether a machine applies paint. Confirm the full workflow: preparation, primer, colour, clear coat, extraction, curing, consumables, operator training, and how often wheel painting is currently delayed or outsourced.
Reduce manual painting variation when the workshop needs repeatable alloy wheel finish quality and a clearer premium customer explanation.
Wheel repair centers, bodyshops, service centers, and dealer groups that want to keep more wheel painting work in-house.
Preparation, primer/colour/clear workflow, extraction, curing, consumables, operator training, and how the wheel moves through the bay.
Wheel volume, installation space, finish target, paint system, curing route, and whether WM600 should sit beside WM800, blasting, or Smartwall equipment.
Buyer decision
Start with wheel volume, finish standard, installation space, extraction route, curing plan, and operator readiness.
Product motion
See the automated wheel paint robot in use, then compare the workflow with the WM800 page.
See the automated wheel paint robot in use, then compare the workflow with the WM800 page.
Workflow
Use WM600 as part of a larger wheel repair line that captures more margin inside the workshop.
Control the primer step inside the wheel repair route.
Reduce operator-to-operator variation in wheel color application.
Support premium clear coat finish in a repeatable process.
Place WM600 inside a controlled wheel painting environment.
Robot view
The production logic is easy to understand in seconds.
Workshop fit
WM600 should be evaluated against wheel volume, preparation flow, finish standard, and after-installation support.
Best when wheel painting is a repeated weekly workflow.
Stronger when connected to standardized wheel preparation or alloy repair.
Confirm space, extraction, consumables, and training before proposal.
Validate wheel volume, paint system, finish target, installation space, extraction route, and curing method.
If wheel painting is rare or the shop has no preparation route or process owner, start with workflow assessment first.
Add WM600 to the quote shortlist or use the Product Selector to confirm whether painting, preparation, extraction, or curing should come first.
Capacity view
Use WM600 alongside WM800 or preparation systems to retain wheel repair revenue and reduce outsourcing.
Next step
