Manual cleaning can hardly guarantee a consistently high quality of glass preparation, and there are numerous other disadvantages. Only the mechanical, analytically pure preparation lays the foundation for consistency and precision in everyday laboratory work.
The profitable switch from manual glass cleaning to mechanical cleaning: Switching from manual cleaning to a laboratory washer increases efficiency and at the same time reduces the use of valuable resources such as time, water, energy, and process chemicals.

• Up to 63%* less water: The efficient, precisely calculated water requirement saves valuable resources.

• Up to 59%* less time: Professional laboratory washer achieves the desired results in less time.

• Up to 150%* higher performance: Compared to manual cleaning, the laboratory washer cleans more and more effectively laboratory glass and equipment in the same amount of time.

• Only powder dosing is possible. Neutralizing agent can be filled in through the door. If required, an external dosing pump can be connected.

• Not for pipettes (module A303) and/or vial cleaning (module A304).

• Cleaning temperature max. 70 degrees

• Not suitable for glassware contaminated with oil and grease.

• Capacity per cycle: up to 64 injector nozzles together with other laboratory glassware
• TouchControl display shows three row display of program name, actual/target temperature and remaining program time
• Allows quick and simple selection of six different programs (normal, regular, extended, de-min. rinse, rinse, drain)
• Individual door for dispensing powder detergent and neutraliser
• 4-fold filter system with large surface filter, coarse filter, glass breakage filter and micro-fine filter
• Flowmeter to monitor water intake
• Hygienic freshwater system with fresh water intake for each programme stage

It features pull-open door, acoustic signal to indicated end of program, two temperature sensors, extensive safety features, port for insertion of sensors for process validation and insulated door for excellent soundproofing.

Wash cabinet chamber made from high-grade stainless steel welded using laser technology to give a perfectly smooth, crevice-free finish which prevents dirt from accumulating. Its cleaning system has variable-speed brushless pump for optimum spray pressure in various program phases, rear basket docking for shorter water circuit and higher spray pressure, newly developed spray arms with modified nozzle shape and arrangement for improved water access, injector system for the thorough cleaning of hollow items.