Laboratory Dishwasher With Pump For AD Water, Liquid Dispensing, DryPlus & Conductivity Monitoring Miele PG 8583 CD [WW ADP CM]

Injector Plus
The optimised water circuit via the rearpanel docking system and the modular accessories system allows 4 injector modules to be reprocessed on newgeneration machines per cycle. The variable-speed pump ensures sufficiently high water pressure for reprocessing laboratory glassware in 4 injector modules without leaving any traces which may compromise analytical experiments.

Mini
The new Mini programme is characterised by particularly low consumption data. Compared with the Universal programme, this results in water savings of approx. 45% as well as lower consumption and shorter cycle times. The Mini programme is suitable for reprocessing slightly soiled loads, whereby the glasses concerned should be for example wide-necked and easily accessible to spray water (combination of upper and lower baskets with appropriate inserts or the number of injector modules per cycle limited to two). Furthermore, models PG 8583 and PG 8593 each offer 2 vacant programme slots which can be used to cater for users' individual needs.

Improved efficiency
The new load carriers utilise the available space in the chamber to a higher degree, allowing more laboratory glassware and equipment and other load items to be washed in each cycle. Another benefit accrues from the redesigned water and air circuit: Wash liquor and drying air is fed along a shorter and streamlined circuit and with minimal pressure losses on their way to the spray arms and injector nozzles to best avail. Optimum pressure conditions are also created by the automatically self-sealing docking valves when not occupied. The modular nature of the new load carriers represents a further product benefit, facilitating future extensions.

Greater purity

• Excellent cleaning performance
• Variable-speed pump for perfect spray pressure in all programme phases
• Laser technology is used to weld the chamber sections to give a perfectly smooth, crevice-free finish for the ultimate in hygiene.
• No more heater elements in the wash chamber
• Multi-stage filtration system is highly efficient in removing particulate soil from water in circulation.
• Spray pressure and spray arm rotation is monitored in order to prevent any loss in circulation pressure or to immediately identify obstacles in the path of the spray arms.
• Conductivity monitoring ensures required water quality

Greater flexibility

• A new, modular basket concept offers maximum flexibility and intuitive operation as modules can be used in different combinations and can be reconfigured.
• Wide range of combination options to accommodate various load situations
• Reduction in number of load carriers needed saves both on investments and storage space
• In addition to a broad selection of standard programmes, programme customisation ensures cycles which perfectly suit the type of soil and the type and quantity of laboratory glassware

Greater capacity

• High throughput capacity (up to 130 injector nozzles for laboratory glassware) is the result of optimised cabinet dimensions in combination with completely redesigned load carriers and results in savings in terms of time, space and investments.
• Rear docking frees up unobstructed space in load carriers.
• Laboratory glassware turnaround is increased and work is speeded up at peak hours.

Ergonomics
An easily accessible salt container in the door and the AutoClose functions simplifies the work of those operating these machines.

• The patented door salt container has a capacity of approx. 2 kg of salt. Replenishing the salt container no longer requires bending or stooping as the job can be performed standing upright. Similarly, there is no longer any need to remove heavy baskets and load carriers to access the salt container.
• AutoClose: Gentle pressure against the door is sufficient for it to be drawn closed and locked automatically. As a result, only a minimum of effort is required to reliably close and lock the door.

Design and user interface
The modern design and the intuitive user interface make for the incredibly simple use of lab washers in the day-to-day running of laboratories.

• The new control panel is the central design element and represents an intelligent combination of door handle and control panel. It consists of a single, flush stainless-steel surface with embedded 'touch-on-steel' controls.
• Inclined control panel for improved legibility
• 3-line text display and intuitive user interface for hassle-free operation
• Programmes catering for all disciplines and vacant programme slots for user-specific programmes
• Freely assignable direct-access buttons and individually selectable programme names for fast access to routine tasks
• Flush, smooth control panel and handle surfaces for simple wipe cleaning

Highly efficient drying
Depending on the model, the new washer-disinfectors feature DryPlus hot-air drying or EcoDry to assist drying by releasing steam.

• EcoDry: The machine door automatically opens at the end of a programme once the temperature in the cabinet has dropped below 70°C. Hot, moisture-laden air is released, allowing the load to dry and cool down faster.
• DryPlus hot-air drying on the PG 8593 represents an ideal solution when dealing with intricate and narrow-lumened laboratory glassware and equipment. An upstream Class H13 HEPA filter ensures the reliable removal of particles from the air taken in for drying. The filter is easily accessible via a hatch in the front plinth.

Patented variable-speed pump with brushless motor
The heart and soul of the new generation of washer-disinfectors and a USP is the variable-speed pump with integrated throughflow heater elements.

• Direct heating of water in circulation saves time
• High spray pressure in the cleaning phase to dislodge soil and provide the optimum conditions for cleaning complex and narrow-lumened instruments and laboratory equipment.
• Low spray pressure to ensure the uniform wetting of all surfaces in the neutralisation phase
• Particularly efficient use of water and energy by modulating spray pressure to suit needs
• Low-maintenance thanks to modern technology

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