JM-QBX-01 Automated Glazing Spray Line and Booth | RFQ Sourcing Details

The JM-QBX-01 is a glazing spray line and booth system designed for sanitary ceramic production. The listed configuration is an automated glazing spray line (1+4) that uses robotic spray glazing, while sump or bottom treatment is completed by manual touch-up or repair spraying.

The stated operation mode is manual, so buyers should confirm exactly which loading, positioning, spraying, transfer, cleaning, and finishing stages are automated in the proposed layout. Supported operating data includes a treatment capacity of 10,000 m³/h, with a listed maximum of 12,000 m³/h.

The filtration area is 154 m², filtration air velocity is below 1.0 m/min with a stated maximum of 1.2 m/min, and outlet dust concentration is listed below 5 mg/m³ under the specified inlet and operating conditions. The system uses a PTFE surface filtration layer rated below 1 μm.

Listed pressure requirements include 0.55–0.60 MPa atomization air, 0.05–0.10 MPa spray-pattern air, 0.35–0.40 MPa gun-trigger air, 0.60–0.65 MPa air supply, and 0.20–0.30 MPa water pressure.

For production planning, the stated cycle times are 25–30 seconds for washing basins, 30 seconds for two-piece toilets, and 45 seconds for one-piece toilets;final cycle time depends on product size. Glaze utilization is listed at 60%–65%, and a separate product statement gives a 65% glaze adhesion rate.

Coating thickness can be adjusted for different areas of the workpiece according to customer requirements. The line is also described as reducing manual labor intensity and limiting the spread of glazing dust. The listed equipment size is 23,000 × 8,300 × 2,500 mm.

Length and layout planning are to be adapted to actual site conditions. Specified components include a Fanuc robot, Siemens 1200–1500 Series PLC and touchscreen, Schneider or AirTAC pneumatic control components, Omron proximity switches, SMC air cylinders, and additional listed drive and reducer components.

Procurement questions to confirm: Buyers should request a final process-flow diagram identifying every manual and automated station;verify that their sanitary ware models, dimensions, glaze characteristics, target coating thickness, and required takt time are covered;and obtain a site-specific footprint, utility-load schedule, extraction interface, foundation requirements, and safety layout.

Acceptance criteria should define how cycle time, glaze utilization, coating consistency, dust concentration, and filtration performance will be measured.

Buyers should also confirm the final component brands and models, included tooling and spray guns, spare-parts scope, installation and commissioning responsibilities, operator training, shipping configuration, delivery schedule, and the conditions governing the stated 12-month warranty and after-sales response times.