Description
Unit Size: Each
The new generation of Miele lab washer offer greater capacity, increased purity and more flexibility. Short cycle times and dependable results ensure that high-quality laboratory glassware is ready for use again in next to no time. Thorough, gentle and safe processing prolongs the useful life of most laboratory glassware and offer a professional solution for reusable glassware intended for critical analytical applications.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
• Three-line text display and intuitive user interface for hassle-free operation
• Programmes catering for all types of glassware and soils 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 cleaningErgonomics:
• An easily accessible salt container in the door and the 'AutoClose' functions simplify the work of those operating these machines.
• The patented door salt container has a capacity of approx. 2 kg. Replenishing the salt 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 doorHygienic Chamber:
• A completely redesigned chamber on the new lab washers enables high standards of hygiene and purity for analytical experiments
• Laser technology is used to weld the chamber sections to give a perfectly smooth, crevice-free finish offering no nooks or crannies where blood or soil can accumulate
• The removal of heater elements from the chamber removes a further potential source of a build-up of contamination and eliminates the risk of damage to plastic items
• Greater space in the chamber facilitates a higher capacity per cycle (e.g. 128 laboratory vials or 98 pipettes together with other laboratory glassware)Optimised Spray Arms:
• The new spray arm design consistently improves on progress made on previous model series and ensures the ultimate in reprocessing reliability
• Different nozzle forms ensure the forceful removal of persistent soil and the uniform wetting of wash loads
• Full spray jet coverage thanks to new arrangement of nozzles on spray arms
• Lower water consumption per cycle without any trade-off in terms of cleaning performanceSafety Through Constant Checks:
• The new lab washers feature spray pressure and spray arm monitoring and some models also monitor water conductivity. These advanced sensors make a considerable contribution towards ensuring the reliability of reprocessing
• Blockages caused by protruding load items are immediately detected
• Spray pressure losses as a result, for example, of excessive foaming is reliably detected
• Deviations from the selected conductivity level in the final rinse water are reliably detected
• Thanks to integrated sensors, deviations from the programme parameters are immediately recognised, allowing rapid intervention on the part of usersRear Basket Docking System:
• The relocation of the docking system for upper and lower baskets and load carriers to the rear of the chamber guarantees a more streamlined water and air circuit and improves the use of resources
• Shorter circulation paths help minimise pressure losses and reductions in water temperature
• Automatically self-sealing valves when not in use ensure uniformly high spray pressure
• Use of same docking system to supply load carriers with water and hot air for internal drying.WRAS approvedStainless steel construction (code AE)Hot water connection (code WW)Pressurised demineralised water connection (code AD)Liquid dosing pump (code LD)Oil resistant (code OIL)External dimensions (H x W x D): 835 x 600 x 600mm Electrical requirements: 230V/50 (30A) 6.3kW
