WX-800SG Two-level Washing Intelligent Parts Washer

Product Features

The washer is mainly used for washing parts of various mechanical products. Parts will undergo high-temperature, high-pressure and high-speed centrifugal spin-drying and air-drying, and then return to the loading station. The machine features low labor intensity, high work efficiency and fast washing and drying, which can improve the productivity.

Parts will be placed in an enclosed environment inside the washer so that wash liquid will not easily splash onto the outside of the housing, thus reducing the consumption of wash liquid and effectively improving the utilization of wash liquid.

Controlled by transducer, the operating speed of the washer can be increased or decreased freely during work as required for parts washing, thus to effectively proceed with the operation process.

Washing Process

Loading ⇨ High-pressure washing ⇨ Pause 15-30s ⇨ Rinsing ⇨ Air-drying (Centrifugal spin-drying) ⇨ Unloading

Technical Parameters

Model: WX-800SG

Power supply: AC 380V 50HZ (Three-phase four-wire system)

Dimensions (L*W*H): 1460*1060*1990mm

Size of part table: Φ280*380mm

Total power: 20KW

Power consumption: 8KW/h

Control mode: PLC LCD

Remark: The dimensions of the washer can be set according to the requirements for parts washing (1M cube - 3M cube)

Application Areas

We supply metal or plastic products to such industries as motorcycle parts, motors & pumps, general-purpose engines, sewing machines, and automobile parts, serving numerous parts processing factories and professional parts manufacturers.

WX-600 / 800 / 1000 / 1500 / 2000 / 2500 models are all fine-wash type washers. The machine is internally equipped with a complex multi-level micron filter system to meet the high-precision wash requirement of modern industry.The machine features high pressure and many nozzles, and products after washing are basically impurity and grease-free, realizing the washing quality and function expected by the modern manufacturing industry.

Cleaning effect diagram