The Aurora-F2 laboratory glassware washer can be connected to both tap water and pure water sources. The normal cleaning process involves first using heated tap water and detergent for the main wash, and then using pure water for rinsing the cleaned items. If you have a requirement for drying function, please choose Aurora-F2.

Aurora-2/F2 laboratory glassware washer：

Used for washing conventional glasswares in the laboratory, suitable for washing laboratory glass, ceramic, metal, plastic and other materials (such as volumetric flasks, sample injection vials, triangular flasks, colorimetric tubes, test tubes, petri dishes, heart-shaped bottles, beakers, etc.).

Structure：

304shell & 316L chamber

Control system:

The control system has 35 standard programs and 100 custom setting programs.

Installation requirements：

Power Supply: 220-230V single-phase electricity at 50Hz or 380-400V three-phase five-wire. 

Water supply: Municipal tap water and laboratory pure water for rinsing 

Power: 4KW / 9KW

Four-stage filtration system:

The coarse filtration at the inlet prevents particulate matter in the water from entering the chamber. The dual sewage circulation filtration helps prevent the re-circulation of particulate matter and debris. The reverse-flow filtration of the circulation pump protects the component lifespan.

Circulation system:

Circulation speed: 0-600L/min, equipped with a circulation speed detection system and an overheat protection device.

Drying system:

Efficient HEPA filter and compressed air drying system can effectively dry the inner and outer surfaces of glassware. The drying system can be started with one click;

The drying temperature and the drying time can be adjusted. If you have a requirement for drying function, please choose Aurora-F2.

Parameters：

Description：

Glory-2/F2 laboratory glassware washer：

Used for washing conventional glasswares in the laboratory, suitable for washing laboratory glass, ceramic, metal, plastic and other materials (such as volumetric flasks, sample injection vials, triangular flasks, colorimetric tubes, test tubes, petri dishes, heart-shaped bottles, beakers, etc.).

Structure：

304shell & 316L chamber

Control system:

The control system has 35 standard programs and 100 custom setting programs.

Installation requirements：

Power Supply: 220-230V single-phase electricity at 50Hz or 380-400V three-phase five-wire. 

Water supply: Municipal tap water and laboratory pure water for rinsing 

Power: 4KW / 9KW

Four-stage filtration system:

The coarse filtration at the inlet prevents particulate matter in the water from entering the chamber. The dual sewage circulation filtration helps prevent the re-circulation of particulate matter and debris. The reverse-flow filtration of the circulation pump protects the component lifespan.

Circulation system:

Circulation speed: 0-500L/min, equipped with a circulation speed detection system and an overheat protection device.

Drying system:

Efficient HEPA filter and compressed air drying system can effectively dry the inner and outer surfaces of glassware. The drying system can be started with one click;

The drying temperature and the drying time can be adjusted. The drying model can be purchased as an optional upgrade, Glory-F2.

Parameters：

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