The inner cavity of the XPZ laboratory glassware washer is formed by integrated die-casting, made of 316L stainless steel, mirror-finished, with a smooth surface and no welding points. This design is not only beautiful, but also ensures that no residue is hidden during the cleaning process, ensuring the hygiene of the cleaning.

The bottom slope design is another highlight of the XPZ lab bottle washer. This design makes the bottom of the cavity form a certain inclination angle, which speeds up the drainage speed and effectively avoids the occurrence of water accumulation in the cavity. After cleaning, the bottom of the cavity drains quickly to ensure the cleanliness and hygiene of the equipment.

The XPZ lab glassware washing machine is also equipped with a drawer-type liquid storage cabinet. This design allows the cleaning agent to be stored safely and neatly in the cabinet, which is not only safe but also improves the overall appearance of the equipment. At the same time, the chemical additive sensor uses a stainless steel float liquid level control system to monitor the remaining amount of chemical additives in real time. When the additives are insufficient, the machine operation interface will prompt in time to ensure that the cleaning quality is not affected.

In terms of filtration and garbage collection, the bottom uses a garbage collection cup to effectively collect large and water-insoluble residues to prevent them from entering the circulation system and affecting the cleaning effect. The collection cup adopts a detachable design and can be taken out directly after cleaning, which is convenient and quick.

In order to improve the user experience, the xpz glassware washer also adopts a heat-insulating, noise-reducing and flame-retardant cotton design. This design not only reduces the operating decibel to below 30 decibels, but also ensures that even if the cleaning temperature in the cavity is as high as 93 degrees Celsius, the heat will not be transferred to the machine casing, ensuring the safety and stability of the equipment.

In terms of intelligence, it is equipped with a scheduled cleaning function. Users can set the cleaning time according to their needs and let the device automatically start cleaning at the scheduled time. At the same time, the in-situ drying system can adjust the drying time and temperature according to user needs, and effectively block microparticles in the air through a three-layer air filtration system (including double-layer hepa filter cotton) to prevent contamination of the cleaned bottles and dishes. The xpz bottle washing machine is also equipped with an automatic shutdown function. When the device is in standby mode, it will automatically count and detect the standby time. When the standby time reaches the automatic shutdown time set by the user, the device will automatically shut down, which is both energy-saving and environmentally friendly.