Laboratory glassware washer – Model PG 8583 / PG 8593 / PG 8583 CD

Laboratory glassware washer – Model PG 8583, PG 8593, PG 8583 CD

Greater capacity

• High capacity (e.g. up to 260 injector nozzles in combination with the modules for pipettes and laboratory glassware), achieved through optimised chamber dimensions and a completely redesigned range of load carriers, saves time, storage space and costs.
• Rear basket docking enables full use of space in load carriers.Laboratory glassware turnaround is increased and work is speeded up at peak hours.

Greater purity

• Excellent cleaning performance.
• Variable-speed pump for perfect spray pressure in all program 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 particulates oil from water in circulation.
• Spray pressure and spray arm monitoring detects any loss in pressure as well as load items preventing spray arm rotation.

Greater flexibility

• A modular basket concept offers maximum flexibility and intuitive operation as modules can be used in different combinations and can easily be reconfigured.

Highly efficient drying
Depending on the model, the laboratory glassware washers feature DryPlus hot-air drying or EcoDry to assist drying by releasing steam.

•  EcoDry: The door of the PG 8583 opens automatically at the end of a program once the temperature in the chamber drops below 70°C.This releases hot, moisture-laden air, allowing the load to dry and cool down faster.
•  DryPlus hot-air drying on the PG 8593/PG 8583 CD represents an ideal solution when dealing with intricate and narrow-lumened laboratory glassware and equipment. An upstream Class H13/H14 HEPA filter ensures the reliable removal of particles from the air taken in for drying. The filter is easily accessible for servicing via a hatch in the machine toekick panel (PG 8593) or in the side unit (PG 8583 CD)