It's time to change.

Glitch-free and fast experiments and analyses are a quality feature in any laboratory. Reliably cleaned laboratory glassware is a requirement: Only this approach is able to guarantee reproducibly good results. Manual cleaning, however, is hardly able to ensure consistently good results in the reprocessing of glassware. And there are numerous other downsides. Only machine-based reprocessing ensuring analytical levels of quality guarantee the consistency and precision required in everyday laboratory life.

Request a quote

An opened, loaded lab washer shown on a grey background.

Change from manual glass cleaning to machine-based cleaning

Switching from manual cleaning to using a laboratory glasswasher results in higher productivity and reduces the use of valuable resources such as time, water, energy and detergents.

Time to Change:

Convincing benefits of machine-based cleaning of laboratory glassware and equipment.

Comparison of manual laboratory glassware cleaning at a sink and the placement of laboratory glassware in a laboratory washer.

Greater safety

A commercial lab washer limits the health risks to employees thanks to a reduction in the amount of aerosols inhaled, exposure to chemicals and the risk of injury through broken glass. This reduces levels of sick leave among staff caused by illness and accidents.
Automated cleaning guarantees standardised, reproducibl processes and dispenses with uncertainty with respect to factors such as
- Detergent dispensing
- Geometry of dishwashing brush
- Duration of cleaning and pressure applied

Improved efficiency

More economically designed processes centred on the use of a lab washer as employees can devote themselves to other tasks rather than manually cleaning laboratory glassware.
First-class and safe cleaning producing consistent and validatable results.
Faster reprocessing using machine-based systems v. manual cleaning: 60 glasses in 24 minutes v. 1 glass per minute.
Ergonomic and simple cleaning thanks to simple and fast loading options with versatile EasyLoad inserts.

Lower costs

Reduced consumption of energy, water and detergents.
Extended service life of laboratory glassware thanks to a reduced risk of damage and gentler treatment.
An investment in a lab washer can pay its way in less than two years.

Integrated expertise

Thanks to decades of experience, we are industry experts when it comes to your laboratory technology requirements.
Miele 360PRO offers numerous advantages:
- Special programmes
- Tailored detergents
- First-class after-sales service

Increase efficiency. Save time. Conserve resources.

Laboratory glassware shown on a grey background

Up to 150 %¹

Higher output

Compared with manual cleaning, a laboratory glasswasher is able to reprocess more glassware and utensils in the same space of time.

Up to 63 %¹

Less water

The efficient and precisely metered use of water saves valuable resources.

Half opened laboratory washer shown on a grey background.

Up to 59 %¹

Less time

Professional laboratory glasswashers achieve the desired results in a shorter time.

ExploreLine Lab Washer PG 8504

The lab washer solution for the simple, safe and cost-effective cleaning of laboratory glassware.

Our ExploreLine lab washer represents the effective and economical reprocessing solution for small laboratories, e.g. in schools, universities and small businesses (e.g. water analysis laboratories) and, in fact, anywhere requiring simple reprocessing solutions.

A girl sits in a classroom looking through a microscope.

Two women are sitting at a desk in a high school classroom.

A lab employee takes a sample with a pipette.

ExploreLine

Lab Washer PG 8504

Stainless steel coloured laboratory washer shown on a grey background.

Greater capacity
Up to 64 injector nozzles when using two laboratory glassware modules. Optimised chamber dimensions and a completely overhauled load carrier programme saves time, storage space and costs.

Short cycles
60 glasses cleaned in 24 minutes in standard programme. This increases throughput and speeds up reprocessing during peak periods.

Greater purity
Excellent cleaning performance and the efficient use of resources thanks to variable-speed heater pump. For perfect spray pressure in all programme phases.

Two levels
Use of two EasyLoad modules on one level. Use of second level for baskets and inserts. This ensures maximum flexibility in, for example, reprocessing beakers.

Greater flexibility
The modular approach to baskets offers a large number of combination options for intuitive operation. Reduction in number of load carriers needed saves both on investments and storage space.

Greater Hygiene
Laser technology is used to weld the chamber, resulting in a finish without nooks or crannies where soil can accumulate. The relocation of heater elements to outside the chamber guarantees even greater hygiene.

The choice is yours

Select your desired machine here and request a quote online:

Choose

PG 8504 [ADP]Laboratory dishwasher with feed pump for DI water.

Product details

PG 8504 [ADP]Laboratory dishwasher with feed pump for DI water.

Performance/cycle, e.g. 64 narrow-necked/laboratory glasses w/ injector nozzles
Further stacking options
At the same time it is possible to reprocess other laboratory glassware in the upper basket.
Efficient use of resources - variable speed heater pump
The heart of perfect results
In the individual programmes the speed of the pump and thus the wash pressure is adjusted in line with the relevant requirements – high pressure facilitates the removal of stubborn soiling, whilst low pressure guarantees the complete wetting of all the wash items. As a result, the consumption of water and energy remains particularly low with optimum wash pressure at all times.
Dispense process chemicals easily: Powder dispenser in the door
Pump for DI water: final rinse with fully demineralised water

Notes

Subject to technical changes; no liability accepted for the accuracy of the information given! Figures as examples for showing the product benefit.

Show all products

Matching accessories and detergents

From EasyLoad modules and baskets to matching detergents - select additional components here for a customised all-in-one package.

Choose

A 300/3Injector module for optimum loading of laboratory glassware – can be equipped with 8 nozzles.

Product details

A 300/3Injector module for optimum loading of laboratory glassware – can be equipped with 8 nozzles.

Suitable for lab. glassware incl. Erlenmeyer and round flasks.
Equipped with 4 A 840 nozzles and 4 A 841 nozzles
Note
Size of A 840 injector nozzle:– Ø 6 mm, height 130 mmSize of A 841 injector nozzle:– Ø 6 mm, height 210 mm
Part of the EasyLoad system
EasyLoad
The EasyLoad system makes reprocessing laboratory glassware considerably faster, simpler and more reliable. The biggest benefit afforded by the new system is that load items can be positioned over nozzles both more simply and faster as height adjustment of the holders is no longer necessary thanks to the smart combination of nozzles and holding frames. This makes correct positioning extremely easy.
Nozzle spacing 118 mm across the width, 118 mm across the depth

Notes

Subject to technical changes; no liability accepted for the accuracy of the information given! Figures as examples for showing the product benefit.

Choose

ProCare Lab 11 MA - 10 kgPowder cleaning agent, mildly alkaline, 10 kg For optimum reprocessing of laboratory utensils.

Product details

ProCare Lab 11 MA - 10 kgPowder cleaning agent, mildly alkaline, 10 kg For optimum reprocessing of laboratory utensils.

Foam damping effect, free from oxidants
Ingredients
30% phosphates
Suitable for the reprocessing phases in washer-disinfectors
Suitable for all types of materials
pH value 12,0

Notes

Subject to technical changes; no liability accepted for the accuracy of the information given! Figures as examples for showing the product benefit.

Show all products

It's time to change.

Simplify your lab life with a laboratory washer from Miele – feel free to contact us for a quotation.

1.
avings with PG 8504, heating: 8.5 kW (3N AC 400 V 50 Hz), connection to cold water and demineralised water (15 °C). Other technical conditions may result in a different value.