Specifications

The main features of BW series sanitary isolation washing machine are:
The machine adopts a double door design, with a front door for feeding and a rear door for discharging, distinguishing between contaminated and clean areas, effectively solving the problem of secondary cross contamination. This machine series is a high-level hospital hygiene isolation cleaning equipment developed by our company based on internationally recognized hygiene concepts, combined with domestic market needs, and has a high level in the domestic industry. It has been widely used in hospitals, pharmaceuticals, electronics industries, dust-free clothing, clean clothing production industries, etc. It is suitable for various hundred level, thousand level, and ten thousand level dust-free workshops, mainly used for cleaning various types of clean clothing, hospital bed sheets, duvet covers, blankets, pillowcases, patient clothing, dust-free clothing, dust-free cloths, wiping cloths, lens cloths, scroll cloths, screen cloths, clean cloths, surgical gowns and other fabrics. Equipped with disinfection, sterilization, and dehydration functions. Fully automatic computer control.
Hygiene isolation washing machine concept:
Divide the laundry room into two independent operating spaces: a clean area and a non clean area. The laundry is loaded into the machine door located on the non clean area side, and after washing, it is taken out from the machine door located on the clean area side to prevent cross contamination of the laundry caused by loading and discharging from the non clean area,
Using a sanitary isolation washing dual-use machine - can effectively avoid cross infection:
Firstly, the design of the sanitary isolation washing machine adopts back-to-back two doors, allowing the loading of contaminated linen and the unloading of clean linen to enter and exit through different doors, thus avoiding cross infection from the source.
Secondly, the sanitary isolation washing machine adheres to the concept of isolation and blockage, and uses isolation walls to separate the polluted area from the clean area, thus achieving the division of various functional areas such as the polluted area and the clean area, and eliminating the occurrence of secondary pollution.

Thirdly, the independent passage between personnel and equipment in the clean area and the contaminated area, as well as the unidirectional flow of linen, combined with the negative pressure flow design of air, more thoroughly avoid secondary cross contamination.