Cleaning Device

Optimised product description for Miele laboratory washer PLW 8683 PD DC5 LAN

Miele PLW 8683 PD DC5 LAN laboratory washer: High-performance solution for efficient laboratory glassware reprocessing

The Miele PLW 8683 PD DC5 LAN laboratory washer is a first-class choice for laboratories that prioritise cost efficiency and effectiveness. Ideal for cleaning up to 128 laboratory bottles per batch, the washer impresses with the flexible use of modular load carriers and the EasyLoad system. These enable faster and safer loading, which allows perfect adaptation to different wash items without time-consuming height adjustments.

Professional cleaning technology and features

The laboratory dishwasher is equipped with an AD water connection and offers reliable powder dosing and the EcoDry function. The AutoOpen automatic door opening mechanism ensures faster drying thanks to controlled residual moisture release. All programmes can be used intuitively with the M Touch Flex full-touch colour display control.

Networking and documentation

The integrated Ethernet/WiFi communication module facilitates seamless documentation and allows connections to process documentation software or network printers. The Miele MOVE portal opens up additional possibilities, but is not available in all countries.

Resource efficiency thanks to variable-speed heating pump

Diverse programmes and an optimally coordinated rinsing pressure ensure that energy and water are used in a resource-saving manner. The laboratory dishwasher also offers a wide range of programmes, including extra-short, intensive and hygiene programmes (93°C), which are tailored to different requirements.

Technical data:

• Washing capacities:
  • Laboratory bottles: 128
  • Pipettes: 98
• Electrical specifications:
  • Connection: 3N AC 400V 50HZ
  • Total power: 9.3 kW
• Dimensions:
  • Outer dimensions (HxWxD): 835 x 598 x 598 mm
• Weight:
  • Net weight: 74 kg
• Safety:
  • IP protection class IP 21
  • Equipped with VDE mark for electrical safety

Conclusion

The Miele PLW 8683 PD DC5 LAN laboratory dishwasher is an excellent choice for laboratories that place the highest demands on cleaning, efficiency and networking. With its advanced technology and versatility, it sets standards in laboratory cleaning and helps to optimise your work processes. Further information can be found on the Miele manufacturer page.

Maximise your productivity and ensure the longevity of your laboratory glassware with this high-quality laboratory washer. Invest in quality and innovation and experience the difference.

Miele laboratory dishwasher PLW 8636 LAB MON

This laboratory washer has been specially developed for demanding applications in laboratory environments where reliable and efficient cleaning of laboratory glassware, pipettes, narrow-necked glassware and other containers is essential. The appliance impresses with a wide range of powerful functions that ensure maximum process reliability, flexibility and short throughput times. Compared to many similar devices on the market, this solution offers an extremely robust design, oil and grease-resistant seals and a freely programmable control system for individual customisation.

Versatile application options and customised solutions

The wide range of programmes covers almost all common cleaning requirements in the laboratory. Users can choose between standard, intensive and universal applications and even special programmes such as organics, agar or pipettes. These programmes can be used to reliably clean heavily soiled laboratory sets, sensitive plastic utensils or oil-contaminated laboratory glassware. Thanks to DryPlus hot-air technology, the cleaned wash items are optimally dried, which ensures a residue-free and safe drying process, especially for small volumetric flasks, vials and pipettes.

The wash cabinet can be loaded with up to 128 narrow-necked tubes or 98 pipettes. The user can also carry out mixed loads, for example 98 pipettes together with 32 laboratory bottles or combined loads with vials and bottles. The flexible basket design in conjunction with the EasyLoad system allows different glass formats to be loaded quickly, easily and without errors.

Performance features and technical highlights

The following seven points summarise essential technical aspects that are particularly important for smooth everyday laboratory work:

- Variable-speed circulation pump (max. flow rate: 600 l/min.) for individual pressure adjustment
- Process monitoring through rinsing pressure, spray arm and conductivity control
- Extensive programme selection with 24 standard and 50 freely assignable programme slots
- DryPlus hot-air drying with upstream class H14 HEPA filter
- Design details such as oil and grease-resistant seals, laser-welded wash cabinet and heating elements outside the wash cabinet
- USB interface for customer service and Ethernet interface for process documentation
- Robust design with a tested service life of 15,000 hours

Many other aspects are also worth mentioning. The appliance has a generous usable wash cabinet volume of 146 litres and two wash levels that ensure efficient media input by directly connecting the load carriers. The integrated water softener, the triple water filter system and the option of connecting cold, hot and demineralised water ensure a high level of cleaning quality. Even critical processes when handling substances contaminated with oil or grease are safely mastered thanks to the special seals. If required, the door can be securely locked using an electric lock, providing additional protection against process interruptions.

In terms of certifications, the appliance fulfils the CE requirements and is also tested in accordance with VDE, IP 21 and the RoHS directive. Thanks to redundant temperature control and safety functions such as flushing pressure monitoring, the system works in a traceable manner at all times. In very sensitive areas of application, such as microbiological or pharmaceutical laboratories, constant compliance with defined temperature levels is ensured.

Concrete application examples

1. Cleaning laboratory bottles in microbiological research laboratories: highly effective rinsing processes remove bacterial residues and prevent cross-contamination.
2. Processing of oil-contaminated glassware in chemical laboratories: The robust pump removes stubborn deposits, while the oil-resistant door seals offer maximum process reliability.
3. Cleaning sensitive plastic parts, such as measuring beakers or centrifuge tubes: Special programmes such as Plastics or Plastics Plus protect the material and prevent deformation.
4. Large-area loading with vials, test tubes or Erlenmeyer flasks: The flexible loading method in combination with the powerful DryPlus drying system ensures residue-free cleanliness.

Frequently asked questions and answers

How is the dosage of cleaning chemicals monitored?

A precise oval gear meter is available that measures the flow rate of the cleaning agent. This determines the exact dosing volume and deviations are displayed immediately.

Can I adapt the programmes to our laboratory requirements?

Yes, the control unit is freely programmable. There are already 24 programmes stored ex works, and an additional 50 memory locations are available for customer-specific processes.

How does the appliance ensure that the wash ware is completely dry?

DryPlus works with an integrated HEPA H14 filter, which largely removes particles from the drying air. This is particularly important for narrow-lumen laboratory glassware or sensitive plastic containers.

Which safety functions are integrated?

In addition to the electric door lock, the rinsing pressure, spray arm rotation and conductivity are controlled. The appliance also has an intelligent water filter system, integrated water softener and redundant temperature controls.

Is loading complicated?

Thanks to the innovative EasyLoad system, narrow-neck jars, vials and other containers can be placed quickly and correctly without having to adjust the height of the holders beforehand.

What role does the wash cabinet design play?

The sink compartment has been welded almost gap-free using laser technology, which makes it easier to clean residues and improves hygiene. Radiators are located outside the interior, reducing contamination in hard-to-reach areas.

Which cleaning media can be used

Due to its robust design and oil-resistant seals, the device is compatible with a wide range of liquid cleaning media. The built-in flow measurement is specially designed for a wide range of process chemicals.

Conclusion

This laboratory cleaning device impresses with its flexibility, reliability and extensive safety functions. The freely programmable control with a large selection of programmes, the highly efficient DryPlus hot-air drying in combination with a HEPA filter and the powerful and robust pump are the ideal solution for demanding cleaning processes. In addition, the sophisticated design, the oil-resistant seals and the EasyLoad system enable economical, safe and fast loading with a wide range of laboratory products. This makes the device particularly interesting for chemical, microbiological and analytical laboratory environments that require reliable, reproducible and validatable cleaning.

ESTA wet separator DUSTOMAT HYDRO
For use in grinding, brushing and polishing

Energy-efficient wet separators with innovative separation technology
With the DUSTOMAT HYDRO, ESTA presents a new high-performance wet separator series that is specially designed for extracting aluminium dust and for work processes with flying sparks. The centrepiece is the innovative, patent-pending water separation technology: This safely binds the extracted dust and sparks in water. The pre-cleaned airflow then passes through a multi-stage filter system, which can be configured by the customer depending on the application: Whether a filter cassette for dust class M dusts or a high-performance HEPA H 14 filter with a separation efficiency > 99.995 % for particularly hazardous dusts. Even welding fumes can be effectively separated with the DUSTOMAT HYDRO. Different options are available to customers depending on the materials being processed and whether the system is to be operated in recirculation or exhaust air mode. The water and the separated dust can be easily discharged via a drain tap.

The new DUSTOMAT HYDRO wet filter systems are suitable as single and multi-station extraction systems for metallic dusts, in particular for grinding, brushing and polishing processes as well as welding. The separators are particularly quiet in operation and are available in two performance levels and as an ATEX version. Thanks to improvements in air technology and the optimised design of the components, the new wet separators operate at maximum performance and with comparatively low energy consumption.

Innovative wet separator technology
The wet separators in the DUSTOMAT HYDRO range feature innovative water separation technology: the system is based on a hydrocyclone and renders sparks and combustible dusts almost completely harmless in the first filter stage with a separation efficiency of 98.7 %. Even the smallest particle fractions of ≥ 15 µm are safely bound in the water vortex chamber. ESTA thus raises the quality of pre-separation to a new level. Users benefit from a significant effect: the filter media of the subsequent dry separation system are protected, resulting in a longer service life and lower follow-up costs.

In contrast to conventional wet separators, which often have a fixed multi-stage filter system, DUSTOMAT HYDRO wet separators can be equipped with a dry filter package customised to individual requirements with separation efficiencies of up to 99.995 %.

Areas of application

• Single and multi-user extraction for industry and trade
• Extraction of metallic dusts that generate flying sparks
• Suitable for processing high-alloy and unalloyed steels as well as titanium and aluminium (DGUV 109-001)
• Suitable for extracting explosive materials (ATEX-compliant)
• As a centralised extraction system with collecting pipework and several extraction points

Ideal for these processes

• Grinding, brushing, polishing
• Sawing, cutting, separating
• Machining, milling
• Decanting, filling, mixing
• welding
• and other

types of dust

• Metal dusts
• Stainless steel dust
• Aluminium dusts
• Titanium dust
• Metal chips
• welding fumes
• and others

Stationary installation
Stationary extraction systems that can be connected next to processing machines.

Test mark ATEX-compliant
For extracting explosive materials.

Your benefits

• Strong suction power combined with maximum efficiency
• Safe solution for flying sparks
• High separation efficiency thanks to multi-stage filtration
• Compact design
• Low-noise system operation
• Economical energy and water consumption
• Recirculation/exhaust air operation possible
• High ease of operation and maintenance
• Low operating costs

Special features

• Available in four performance levels
• Innovative water separation technology (separation efficiency of already 98.7 %)
• Configurable filter system (up to 4 filter stages possible)
• Optional HEPA H 14 filter (separation efficiency ≥ 99.995 %) for carcinogenic dusts
• Fill level monitoring and automatic filling

Special versions

• ATEX version
• Selectable filter media
• Variable position of the intake nozzle
• Special paint finish

Miele PLW 8683 CD GD DC5 CM laboratory dishwasher

The Miele PLW 8683 CD GD DC5 CM laboratory dishwasher offers a comprehensive solution for professional laboratory environments where the highest standards of hygiene, process stability and flexibility are required. Thanks to its powerful combination of modular load carriers, integrated hot unit and optional drying methods, this laboratory washer is particularly suitable for the reliable and reproducible cleaning of glassware, pipettes, vials and other laboratory utensils. Compared to similar appliances, it offers a sophisticated control system, smart networking options and short programme run times - ideal when speed and efficiency are required in a demanding everyday laboratory routine.

Powerful cleaning and sophisticated technology

The state-of-the-art equipment makes it possible to gently reprocess a wide variety of laboratory glassware. Both the integrated rinsing pressure and spray arm monitoring systems play a key role here: they immediately detect blocking or faulty rotational movements of the spray arms as well as irregularities in the rinsing pressure, thus ensuring consistently high cleaning quality. The entire system is designed for maximum flexibility and has up to 20 standard and freely programmable cleaning sequences.

Important features at a glance: - Capacity: For 128 laboratory bottles or 98 pipettes per batch.
- Power supply: 3N AC 400V 50Hz or alternatively AC 230V 50Hz.
- Extremely powerful circulation: 500 l/min. Circulation pump for efficient rinsing runs.
- Fast processes: Shortest programme runtime of just 20 minutes.
- High ease of use: M Touch Flex colour display for intuitive programme selection.
- WiFi ex works: Secure option for process documentation and network printer connection.
- High-quality material: Stainless steel wash cabinet, welded without gaps.

In addition to cleaning, the integrated HEPA filter (class H14) ensures effective particle separation from the drying air. Narrow-necked laboratory glassware (e.g. reagent bottles) in particular benefit from the optional hot unit, as hollow instruments are dried much better. The patented EasyLoad system provides users with greater safety when positioning different glassware shapes and sizes without having to manually adjust the holders each time.

Certifications and standards

This laboratory washer fulfils important guidelines and standards that are required in modern laboratories. It complies with the requirements of EN 61010-1 and EN 61010-2-040 as well as the RoHS Directive 2011/65/EU. It also has the VDE mark for electrical safety and an IP protection rating of IP 21, which underpins its reliable compliance with high safety standards.

Practical application examples

1. Cleaning cell culture bottles: When cell culture media such as agar or more complex organic residues need to be removed, the intensive and organica programmes ensure first-class rinsing results.
2. Reprocessing laboratory glassware for analytical chemistry: Conductivity monitoring ensures a thorough rinsing process so that even sensitive analysis methods (e.g. HPLC) are not affected by residues.
3. Pipette cleaning: With the help of the flexible loading carriers and a special pipette programme, up to 98 pipettes are cleaned in a time-saving and validatable manner.
4. Removal of oil residues in technical laboratories: The matching rinsing programme - Oil - enables powerful and gentle cleaning.

FAQs

How does the DryPlus drying programme work?

DryPlus drying channels heated air into the wash cabinet via an integrated drying unit. A HEPA filter in class H14 reliably removes particles so that hollow instruments and narrow-necked vessels in particular dry without leaving any residue.

Which substances can be safely removed

The programmes are designed for different types of contamination, from inorganic particles, agar residues and oil deposits to organic impurities. The efficient rinsing pressure monitoring ensures reproducible results.

How flexible are the load carriers?

Thanks to the EasyLoad system, inserts and holding racks can be customised in a variety of ways. In this way, narrow-necked tubes, test tubes or vials can be positioned correctly in just a few simple steps.

What role does conductivity monitoring play?

This monitoring ensures that detergent and neutralising agent residues are reliably rinsed out. This ensures that the rinsing process achieves the required purity, which is essential for applications such as analytical chemistry or quality control.

Can additional dosing pumps be integrated?

Yes, several dosing options are provided. In addition to two integrated pumps for detergents and neutralising agents, further pumps can be added to dose disinfectants or special chemicals, for example.

Conclusion

This model impresses with its flexible configuration options, reliable monitoring systems and certified safety. The intelligent M Touch Flex control system and the factory-integrated WiFi module facilitate process control and documentation. In addition, DryPlus drying in combination with a powerful HEPA filter ensures effective drying of narrow glassware. This laboratory washer is a comprehensive and safe all-in-one solution for those who rely on accurate, validatable cleaning results and time savings in the laboratory.

Miele PLW 8683 OIL LD DS10 laboratory dishwasher

The Miele PLW 8683 OIL LD DS10 laboratory washer impresses with its powerful yet resource-saving cleaning of laboratory glassware, pipettes and other sensitive items in professional laboratory environments. Thanks to the integrated WiFi communication module, the compact design and the practical dispensing solution, this system is ideal for many applications. Thanks to special oil and grease-resistant seals, even heavily soiled utensils are reliably reprocessed without leaving any residue. Compared to similar appliances, this model offers flexible and fast loading as well as advanced drying support with reduced energy consumption.

Performance features and ease of use

The appliance is designed for maximum user-friendliness to optimise workflows in the laboratory. With the M Touch Flex colour display, programs can be easily selected and controlled at the touch of a finger. The integrated AutoOpen function opens the door automatically as soon as the temperature in the wash cabinet falls below 70 °C at the end of the programme. This effectively removes residual moisture, which shortens the overall drying time.

A special feature is the variable-speed heating pump, which adapts to the cleaning process as required. High rinsing pressure supports the removal of stubborn residues, while reduced rinsing pressure in the next programme step enables even wetting of the items to be cleaned. Added to this is the EasyLoad system, which enables fast loading without time-consuming height adjustment of the holding positions. This allows the appliance to be loaded quickly and safely, which noticeably speeds up work processes.

Technical data at a glance

- Capacity: Up to 128 laboratory bottles or 98 pipettes per batch
- Programme variety: 19 pre-programmed cleaning sequences, 10 individually assignable
- Control unit: M Touch Flex with touch display and remaining time display
- Rinse pump: flow rate up to 500 l/min, shortest programme runtime 20 minutes
- Heat energy: rinse temperature up to 93 °C, electrical heat output 8.5 kW at 3N AC 400V
- External dimensions (W×D×H): 598 × 598 × 835 mm (net)
- Water connections: Cold, warm and fully demineralised water (DI), integrated water softener

From the factory, the system is equipped with a robust stainless steel housing and has a multi-stage filter system for effective particle retention. As key components such as the heating elements are located outside the wash cabinet, users also benefit from a reduced tendency to calcification and a gap-free design for hygienic cleanliness. The narrow, under-counter design also makes it easier to install in laboratory suites with limited space.

Relevant certifications and standards

For safety and quality assurance, the device fulfils EN 61010-1 and EN 61010-2-040 as well as the RoHS Directive 2011/65/EU. It also has the VDE seal for electrical safety, while the IP protection class IP 21 guarantees protection against dripping water. The device therefore complies with high European standards and offers consistently reliable performance in everyday laboratory use.

Concrete application examples

1. Cleaning heavily soiled laboratory bottles with oil or grease residues: Thanks to the robust special seals and the adapted "Oil" programme, even dried residues are reliably removed.
2. Process analysis in pharmaceutical laboratories: The variable-speed pump ensures optimum rinsing pressure management to safely rinse out a wide variety of substance residues - from polymer dispersions to organic solvents.
3. Historical material research: The controlled low pressure enables gentle, residue-free cleaning of delicate glassware with sensitive surfaces.
4. Universal laboratory routine: In addition to Dunn or narrow-neck bottles, vials, test tubes and pipettes can also be reliably cleaned in large quantities using a modular carrier system.

FAQs

How can I prevent sensitive glassware from being damaged?

Use the flexible basket modules together with the EasyLoad system. Holding positions are placed on nozzle tips so that secure fixation is guaranteed without putting too much pressure on sensitive surfaces.

What role does the integrated WiFi communication module play?

The device can be integrated directly into digital laboratory contexts. This allows process data to be documented or software updates for the cleaning runs to be installed without the need for additional hardware.

Is it possible to retrofit additional dosing modules for special cleaning agents?

Yes, an interface for external dosing modules is available for the use of certain detergents. This means that the lab washer can be adapted to new cleaning requirements at any time.

How high is the energy efficiency in daily operation?

The combination of a variable-speed heating pump, adapted wash programmes and the EcoDry system ensures that water and energy consumption are optimised. This has a positive effect on operating costs, especially in laboratory operation with several wash cycles per day.

Conclusion

The appliance combines powerful and economical cleaning technology with convenient operation. Thanks to modular loading systems, various connection options and the automatic drying concept, a high level of process reliability is guaranteed in every laboratory. There are a variety of programmes for different types of soiling and materials, which can be selected quickly using the touch-based control system. Its robust, tried-and-tested seals and standard-compliant safety ensure reliable long-term operation - ideal for professional use in laboratory environments.

Miele laboratory washer PLW 8604

This compact and powerful cleaning solution is particularly suitable for laboratories that require reliable yet simple reprocessing of laboratory glassware. Equipped with a demineralised water connection, this appliance ensures particularly thorough final cleaning with demineralised water. Compared to similar alternatives, it scores points with its convenient touch display, modular loading system and networkability.

Performance features at a glance

This laboratory warewashing system is aimed at professional users in research, pharmacy and quality assurance who want to wash their glassware efficiently and safely. The most important features are:

- Space for up to 64 narrow-necked tubes per batch
- Flexible EasyLoad system for different types of bottles and jars
- M Touch Basic touch display for convenient operation
- High-quality stainless steel wash cabinet and powerful circulation pump (Qmax 500 l/min.)
- Short programme running times from 28 minutes
- Factory-integrated WiFi module for easy networking
- Dual water connection (cold water and demineralised water)

The appliance is also highly customisable: the modular loading and accessory concept allows different types of laboratory glassware - from test tubes and vials to larger laboratory bottles - to be cleaned simultaneously. Further inserts can be added to the upper basket to accommodate additional glassware. The integrated powder dosing unit in the door enables the precise addition of cleaning agents, while the built-in water softener optimises the process and ensures consistent rinsing quality.

The M Touch Basic control unit offers a clear text display, programmable functions as well as a remaining time display and programme sequence display. Six pre-installed programmes cover typical requirements - including cure programmes from 28 minutes, medium and long wash cycles, separate rinsing with cold or demineralised water - while four additional programme slots can be configured individually. The reliable waterproof system protects against water damage and guarantees maximum operational safety over the entire duration of use.

The appliance also boasts a robust design: a floor-standing appliance, suitable for under-counter installation and a slimline design, it fits flexibly into existing laboratory environments. With a net width of 598 mm and a usable height of 520 mm, there is sufficient space for demanding laboratory glassware. The appliance has also been tested for 15,000 operating hours and is therefore ideally equipped for long-term use.

Application examples

- Analytical laboratories: Efficient cleaning of test tubes, flasks or narrow-necked bottles, for example for pH measurements or HPLC samples
. - Pharmaceutical industry: Thorough decontamination of vials used for sample preparation and sterile filling.
- Biotechnology: Preparation of cell culture bottles and media bottles for reproducible test results.
- Quality assurance in food industry laboratories: Cleaning of laboratory bottles in which ingredients such as proteins or lipids are analysed.

Certifications and standards

The device fulfils relevant safety and quality standards in the laboratory environment. Among other things, it bears the VDE mark for electrical safety, is protected to IP 21 and complies with important European standards such as EN 61010-1 and EN 61010-2-040. It also complies with the RoHS Directive 2011/65/EU, which indicates environmentally friendly use and conformity during production.

Frequently asked questions (FAQs)

How are process chemicals dosed?

- The integrated dosing option in the door facilitates the precise addition of detergents in powder form, while additional external dosing modules can be connected as an option.

Can the appliance rinse larger bottles safely?

- Yes, thanks to the EasyLoad system, laboratory bottles or flasks with narrow necks of up to 64 pieces per batch can also be cleaned efficiently.

How does networking via the integrated WiFi module work?

- The factory-installed WiFi communication module allows integration into compatible process documentation software; a network printer can also be used as an option.

What maintenance steps are required on a regular basis?

- As a rule, we recommend checking the filter unit and the salt container in the door. A visual inspection of seals and rinsing nozzles is also advisable in order to reliably achieve high levels of cleanliness.

Conclusion

This laboratory-specific cleaning system impresses with its high efficiency, consistent user-friendliness and comprehensive equipment. Thanks to modular loading options and variable wash programmes, it covers a wide range of laboratory activities. With networkable technology, a convenient touch display and robust design, it takes the strain off staff in everyday laboratory work and ensures the best cleaning results over many years of operation.

Miele laboratory washer PLW 8693 DS10

The Miele PLW 8693 DS10 laboratory dishwasher has been specially developed for professional use in laboratory environments and offers a reliable, efficient and highly configurable cleaning solution for a wide range of glassware and plastic items. Modernisations such as the EasyLoad system, extensive programmes and DryPlus hot-air drying ensure optimum cleaning results. Compared to conventional models on the market, this appliance stands out thanks to its customisable load carriers, its M Touch Flex colour display and a variable-speed heating pump that uses both water and energy sparingly.

Sophisticated equipment features for versatile requirements

This appliance is designed for maximum cleaning efficiency and flexibility and allows the reprocessing of laboratory bottles, test tubes or pipettes in large quantities. At the same time, the high-quality workmanship, such as the gap-free welded stainless steel rinsing chamber, contributes to durability and optimum hygiene. The most important technical highlights at a glance:

- Two rinsing levels offer space for up to 128 laboratory bottles or 98 pipettes per batch
- Variable-speed heating pump enables water pressure to be adapted to the rinsing process
- Short programme run time from 20 minutes ensures effective throughput
- DryPlus hot air drying with HEPA H13 filter protects against particles up to a separation efficiency of 99.95%
- M Touch Flex control including 20 pre-installed programmes and 10 free programme slots
- Intelligent EasyLoad system for quick and safe placement of glassware
- WLAN interface for networking and optional process documentation

In addition to these points, other features can be emphasised, such as the integrated steam condensation system, which supports fast drying, and the salt container in the door, which reduces maintenance work. Thanks to the robust stainless steel design, the outer panelling remains attractive and corrosion-resistant even under intensive use. In addition, the programmability allows individual customisation to map specific laboratory processes. This is supported by the optimised programmes (e.g. standard, intensive, organics, pipettes) for a wide range of applications, from sensitive plastics to heavily soiled bottles.

Certifications and standards

The high quality requirements are reflected in the existing certifications and standards. For example, the appliance fulfils the requirements of EN 61010-1 and EN 61010-2-040 for electrical safety and is compliant with the RoHS Directive 2011/65/EU. In addition, the VDE mark guarantees reliable protection, while IP protection class 21 in accordance with EN 60529 offers a corresponding level of protection against the ingress of foreign bodies and water. The device is therefore ideally equipped for professional laboratory use.

Typical applications in laboratory environments

1. Quick cleaning of test tubes: Thanks to short programmes, glass-based laboratory equipment can be reused particularly quickly.
2. Cleaning pipettes for microbiological tests: The customised pipette cycle effectively removes residues.
3. Processing of sensitive plastic parts: The "Plastics" programme reduces temperature stresses and ensures gentle cleaning.
4. Processing heavily soiled laboratory bottles: The variable rinsing pressure in intensive programmes reliably removes contamination.

The device is also ideal for use in analytical laboratories and research institutions, as both standardised methods and special programmes can be easily implemented. Flasks with agar residues or oil-smeared laboratory glassware are also cleaned sustainably, thoroughly and safely.

FAQs

How high is the water consumption at maximum load?

The exact consumption depends on the programme selected. The variable-speed heating pump automatically adjusts the rinsing pressure so that less water is required in lighter programmes.

Can the appliance process a wide range of detergents?

Yes, thanks to the integrated dosing pump and optional external dosing modules, it can be flexibly adapted to different cleaning chemicals.

How does the hot air drying work?

Through the DryPlus system with downstream class H13 HEPA filter. This ensures that impurities are reliably filtered out of the drying air.

Is process documentation easy to realise?

Yes, in addition to WLAN, an Ethernet interface is optionally available to record data or forward device information to a central documentation system.

What maintenance work is usually required?

This includes regularly replacing the HEPA filter according to the operating hours, topping up salt for the integrated softener and checking wear parts such as seals or load carriers.

Conclusion

This laboratory dishwasher combines robustness, high cleaning performance and sophisticated technical features. In particular, the combination of individually adjustable programmes, variable-speed heating pump and effective DryPlus drying makes cleaning sample bottles, pipettes, vials and test tubes incredibly easy. Laboratories benefit from short programme run times, proven particle filtration and particularly user-friendly handling thanks to the EasyLoad system. This makes the device an excellent investment in efficiency and cleaning quality for demanding laboratory processes.

Miele PLW 8683 GD LD DS10 laboratory dishwasher

The Miele laboratory washer is characterised by its high performance and versatile suitability for demanding cleaning processes in the laboratory. Thanks to efficient and gentle wash programmes, it guarantees residue-free reprocessing even with large quantities of delicate glassware. Compared to other laboratory dishwashers, this appliance impresses with its flexible loading option, the integrated EcoDry function and the innovative EasyLoad system to increase both effectiveness and safety in daily use.

Highest cleaning performance and flexibility

In modern laboratories, versatile rinsing solutions are indispensable for efficiently and safely reprocessing a wide variety of laboratory glassware formats. This device offers capacities for up to 128 laboratory bottles per loading cycle or 98 pipettes, so that large sample volumes can be processed quickly even in busy laboratory environments. Thanks to the modular load carriers, loading can be optimised, while the EasyLoad system ensures the glassware is positioned correctly and quickly.

Another plus point is the powerful, variable-speed heating pump, which adjusts the rinsing pressure in different programme phases. On the one hand, this ensures thorough removal of stubborn soiling, while low pressure enables complete wetting of the wash ware. This saves water and energy without compromising on cleaning performance. Another remarkable feature is the AutoOpen function, which automatically opens the door at the end of the programme as soon as the temperature in the wash cabinet is lowered. This allows any residual moisture to escape and reduces the drying time.

Technical details at a glance

- Design: freestanding appliance, suitable for under-worktop installation
- Capacity: Up to 128 laboratory bottles or 98 pipettes per cycle
- Control: M Touch Flex with start time preselection and remaining time display
- Programmes: 19 predefined programmes plus 10 freely assignable programme slots
- Pump capacity: Qmax 500 l/minute for powerful cleaning
- Maximum rinse temperature: 93 °C for hygienic reprocessing
- Interfaces: WLAN ex works, Ethernet as an option

The robust workmanship with a wash cabinet made of high-quality stainless steel and carefully welded seams supports the longevity of the appliance. Integrated water softening effectively prevents limescale deposits. Cold, hot and demineralised water can also be fed in for optimum adaptation to a wide range of water supply requirements.

Certifications and standards

The appliance sets standards in terms of safety and quality: it complies with DIN EN 61010-1 and EN 61010-2-040 as well as the RoHS Directive 2011/65/EU. This ensures that all relevant standards for laboratory devices and their electrical safety are complied with. The IP protection class in accordance with EN 60529: IP21 makes it clear that the device is effectively protected against the ingress of foreign bodies and dripping water.

Concrete application examples

1. Research laboratories: Residue-free cleaning of test tubes, vials and flasks is essential for reproducible results in chemical, biological and pharmaceutical research.
2. Quality assurance in the food industry: laboratory glassware, pipettes and measuring instruments can be reprocessed simultaneously thanks to suitable programmes for standard soiling, oil residues and plastics.
3. Medicine development: Sensitive materials such as glass or plastic benefit from the gentle yet thorough cleaning of various programmes.
4. Universities and educational institutions: For internships and laboratory courses, the swift availability of spotless glassware is crucial in order to offer as many test series as possible.

FAQs

How can loading be optimised

?

The load carriers have a modular design. Additional modules and inserts make it easy to combine different laboratory glassware. The EasyLoad system also makes it easier to fit sensitive narrow-necked glassware.

Which water qualities can be used

Connections for cold, hot and demineralised water are available. An integrated water softener prevents limescale formation in cold and hot water, while demineralised demineralised water is suitable for particularly high-quality or sensitive wash items.

How is the drying process supported?

The EcoDry function opens the door automatically at the end of the programme. As the temperature in the interior is lowered, the residual moisture can escape quickly and the wash ware is dried reliably.

Which soiling is particularly easy to remove

Due to the variable-speed heating pump and the coordinated programmes, both light soiling from cell cultures and stubborn deposits from oils or grease can be thoroughly removed.

Is it possible to document the rinsing process?

Yes, the appliance comes with a WLAN module ex works for seamless documentation. There is also the option to connect to external process documentation software or network printers.

Conclusion

This laboratory washer combines professional cleaning performance with a well thought-out design and flexible adaptation to different applications. Whether in research laboratories, educational institutions or industrial companies: It impresses with its high capacity, ladder frame inserts for laboratory-specific glassware shapes and an extensive programme selection. Features such as the variable-speed heating pump and the EcoDry concept not only improve the cleaning result, but also offer economic benefits in terms of water and energy consumption. This provides an appliance that fulfils the high requirements of modern laboratory workstations in terms of reproducibility, safety and efficiency.

Miele laboratory washer PLW 8683 LD DS10

The Miele PLW 8683 LD DS10 laboratory washer is specially designed for demanding cleaning processes in laboratory environments and guarantees maximum efficiency and reproducibility in the reprocessing of laboratory glassware. Thanks to its optimised loading systems and a powerful circulation pump, it offers significant advantages over conventional systems on the market. The fast and thorough cleaning of a wide variety of containers saves time and resources, which is particularly important in professional laboratories with high throughputs and tight schedules.

Performance features and benefits

This appliance combines flexible loading, reliable drying support and advanced networking capabilities. The integrated M Touch Flex touch display enables intuitive control and programme selection, while the variable-speed heating pump adjusts the rinsing pressure precisely to the degree of soiling. This ensures optimum results with every cleaning cycle. The most important technical data and functions include:

- Space for up to 128 laboratory bottles or 98 pipettes per batch
- Circulation pump with a flow rate of up to 500 litres per minute
- Triple water connection for cold, warm and demineralised water
- Short programme run times from 20 minutes
- Capacity of 19 standard programmes and 10 freely programmable programmes
- Factory-integrated WiFi module for process documentation
- EcoDry technology for automatic door opening and accelerated drying

The wash cabinet has a usable volume of 145 litres and is made of robust stainless steel (1.4301/304). Finally, outstanding features such as double spray pressure, a high degree of automation and optimised energy efficiency make this laboratory washer a long-term and economical investment.

The EasyLoad loading system significantly simplifies handling as it dispenses with variable height adjustment and adapts to different glassware sizes thanks to the combination of holding grids and nozzles. The appliance can also be customised precisely to specific requirements thanks to modular accessories such as flexible load carriers and inserts. This allows, for example, the simultaneous cleaning of 196 test tubes and other laboratory glassware, which offers considerable savings potential, especially in research laboratories with high capacity utilisation.

Another unique selling point is the fully automatic EcoDry drying support. Towards the end of the programme, the door opens as soon as the temperature in the wash cabinet has cooled to below 70 °C. This speeds up the drying of glassware and reduces energy consumption, as the residual moisture can escape quickly. In conjunction with surface drying using demineralised water rinsing, the appliance achieves virtually residue-free cleaning.

Functions such as AutoClose, rinsing pressure monitoring and extensive documentation options ensure optimum operational safety and simple operation. Numerous programmes are pre-installed (e.g. Intensive, Inorganica, Agar) to speed up routine processes. Programming for customised applications is also possible. Using the external Ethernet interface or the integrated WLAN module, the device can be securely integrated into process chains so that data is reliably available for validation or batch documentation, for example.

Certifications and standards

The laboratory washer fulfils important standards and guidelines that are required in professional laboratories. Particularly worth mentioning are:
- VDE mark (electrical safety)
- IP 21 for protection against water ingress
- EN 61010-1 and EN 61010-2-040 for device safety in the laboratory
- RoHS Directive 2011/65/EU for environmentally friendly device construction

This ensures a high safety standard that protects the integrity of the prepared laboratory equipment and the safety of personnel

Concrete application examples

1. Cleaning large quantities of narrow-neck bottles with heavily dried sample residues
2. Strict reprocessing of test tubes that have come into contact with organic substances such as ethanol, acetone or agar
3. Efficient rinsing of pipettes via pipette programme and connected load carrier
4. Removal of stubborn oil and grease contamination from containers in chemical laboratories

In everyday practice, the device is recommended for all areas in which different laboratory glassware needs to be cleaned simultaneously - for example in microbiological, pharmaceutical or chemical laboratories as well as research facilities with high throughput.

FAQs

How does the system ensure reliable drying?

On completion of the wash programme, the AutoOpen function opens the door at a sufficiently low temperature. The residual moisture escapes, the wash ware dries faster and is therefore immediately ready for use again.

Which water connections are required

The model has connections for cold, hot and demineralised water. An integrated water softener provides additional support if only hard cold or hot water is available.

Is it complicated to control the dishwasher?

Thanks to the M Touch Flex colour display, all programmes can be selected at the touch of a finger. Predefined and freely programmable sequences make cleaning tasks that occur particularly frequently easier.

Which safety features are integrated?

VDE mark, IP 21 and compliance with international standards such as EN 61010-1 and the RoHS directive guarantee a high standard of safety. In addition, AutoClose, water protection systems and flushing pressure monitoring provide protection during operation.

Can the appliance be integrated into existing monitoring systems?

Yes, it supports standard process documentation software and has various communication modules, including WLAN. This means that batch and process data can be tracked seamlessly.

Conclusion

This laboratory washer impresses with its high capacity, wide range of wash programmes and precise pressure control, which reliably removes soiling from every batch. In addition, the flexible EasyLoad system and automatic drying support ensure fast and resource-saving processing. Thanks to its extensive certifications and compliance with standards, the appliance is ideal for all professional laboratory environments where time, efficiency and quality are decisive factors.

Miele PLW 8683 CD DC5 CM laboratory dishwasher

With its high capacity and powerful performance, this appliance is the ideal solution for all laboratory environments that prioritise efficient cleaning, reliable drying and the best possible process documentation. Specially tailored to the demanding requirements of laboratories, this laboratory washer is characterised by its robust design, variable application options and user-friendly operation. Anyone who regularly wants to thoroughly and reliably reprocess laboratory glassware, pipettes or other sensitive instruments will find an optimum combination of flexibility and quality that clearly sets it apart from comparable products.

Innovative cleaning and drying technology

The EasyLoad system makes it particularly easy to cover the surface of each batch. Narrow-necked tubes, test tubes and vials can be placed on the nozzles effortlessly without having to adjust the height of the holders. For reliable decontamination, the system monitors both the rinsing pressure and the spray arms to ensure a safe process, even if load blockages or a drop in rinsing pressure should occur. Following the cleaning cycle, DryPlus technology ensures efficient hot blowing: air is passed through a class H14 HEPA filter to safely separate even the finest particles.

The integrated conductivity monitoring system ensures that chemical residues are reliably detected in the wash ware. The appliance also supports seamless documentation thanks to a WiFi communication module integrated ex works, which connects to corresponding software solutions. This means that process data can be called up quickly and all steps can be easily traced. Thanks to M Touch Flex and the full-touch colour display, the appliance can be conveniently operated at the touch of a finger, with up to 20 pre-installed programmes and various special wash programmes such as intensive, organics or pipettes to choose from. This efficiently covers different cleaning processes.

Technical highlights

- Two wash levels with variable loading for a maximum of 128 laboratory bottles or alternatively 98 pipettes
- Extra short wash cycles from 20 minutes with a maximum rinse temperature of 93 °C
- Powerful circulation pump with up to 500 l/min. delivery rate
- Integrated drying unit that ensures rapid drying thanks to the 0.3 kW fan and 2.2 kW heating coil
- Automatic safety systems such as rinsing pressure and spray arm monitoring and waterproof system
- Programmable controls including remaining time display, programme sequence display and freely definable programme slots
- High-quality stainless steel exterior panelling with a gap-free welded wash cabinet (laser technology)

In addition, the appliance has dosing pumps for detergents and neutralising agents, which can be expanded at any time. At the same time, a wide range of process chemicals can be stored in canisters, which are inserted using convenient suction lances. Thanks to speed control in the heating system and a temperature of up to 93 °C, cleaning can be perfectly adapted to the respective requirements. The specified service life for the HEPA filter is 200 hours, which ensures maximum cleanliness even with intensive use.

Certifications and standards

Safety and compliance in the laboratory are essential, which is why this device complies with current safety standards. For example, it complies with directives EN 61010-1 and EN 61010-2-040 and fulfils the RoHS Directive 2011/65/EU as well as the requirements for IP protection classes in accordance with EN 60529, specifically IP 21. The quality of workmanship and electrical safety are confirmed by the VDE mark.

Application examples

- Cleaning large-volume laboratory bottles with narrow openings that require a high degree of spray force for reprocessing
- Reprocessing pipettes, as up to 98 pipettes can be cleaned and dried in one batch to save space
- Intensive programmes for highly adhesive substances such as agar or oily residues
- Decontamination of sensitive plastic items that are safely treated thanks to the variable temperature control

This means that glass types such as Petri dishes, volumetric flasks and volumetric flasks can be processed quickly and reliably. The versatile programme variety is particularly impressive for laboratories with a wide range of requirements.FAQs

How is reliable documentation of the cleaning processes guaranteed?

The integrated WiFi module enables a direct, secure connection to process documentation software so that all parameters are reliably recorded and saved.

What happens if the spray arms block during the rinsing process?

Integrated spray arm monitoring immediately recognises blocked or missing spray arm rotation and can adjust the cycle accordingly to ensure optimum cleaning performance.

Is the appliance also suitable for delicate glassware?

Yes, thanks to the EasyLoad system, delicate wash items can be gently secured and optimally cleaned from all sides.

What drying options are available

DryPlus technology ensures hot air is blown through an H14 HEPA filter, so that even hollow items with a narrow rim are dried quickly and with a minimum of germs.

Conclusion

The Miele PLW 8683 CD DC5 CM laboratory washer is an excellent choice for anyone requiring a professional laboratory cleaning system for a wide range of wash items. The appliance impresses with powerful pumps, intelligent monitoring systems and reliable drying via DryPlus. It offers short programme running times, is easy to programme and convenient to operate. Thanks to comprehensive compliance with standards and networked documentation, safety and transparency are always guaranteed, which supports smooth laboratory operations in the long term.

Miele laboratory washer PLW 8693 DS10 CM MON

The Miele PLW 8693 DS10 CM MON laboratory washer is a powerful cleaning system for demanding laboratory environments that ensures reliable and efficient results when reprocessing laboratory glassware. With its modular load carrier concept, integrated DryPlus hot air drying and comprehensive process monitoring, this appliance sets standards in terms of safety and ease of use. Compared to similar solutions, the intuitive M Touch Flex control and flexible adaptation for different wash items make everyday laboratory work easier.

Powerful features and benefits

This unit was specially developed for laboratories to thoroughly clean and dry a wide range of glass and hollow instruments in just one wash cycle. It offers sufficient capacity for laboratory bottles, test tubes and even pipettes. Spray arm and rinsing pressure monitoring ensures that every batch delivers a consistent and validated cleaning result. In addition, the integrated WiFi module ensures a seamless connection to various process documentation solutions.

The following features are particularly noteworthy: - High cleaning performance across the board: thanks to a circulation pump with up to 500 l/min, the wash ware is constantly, evenly and intensively wetted with cleaning liquid.
- Short programme run times: With a shortest running time of 20 minutes, processes in the laboratory can be optimally planned and accelerated.
- EasyLoad system: Various holding grid systems enable quick loading of the nozzle holders without having to adjust the holders in a time-consuming process.
- DryPlus drying: The robust hot air drying system with HEPA filter (class H13) is ideal for hollow instruments.
- M Touch Flex full-colour touch display: All programmes, parameters and diagnostic functions can be accessed intuitively at the touch of a finger.
- Conductivity monitoring: Precise control of the total solution resistance facilitates compliance with defined purity specifications.
- DryPlus: Guarantees fast and residue-free drying of complex wash items with high cleanliness requirements.

Increased safety is also provided by the AutoClose function, which automatically locks the appliance door to prevent the cycle from being cancelled. The solid stainless steel housing and the gap-free welded wash cabinet (made of high-quality 1.4301/304 stainless steel) make cleaning easy and reduce the risk of contamination.

Technical data at a glance

To provide a clear overview of the main features, here are up to seven important key figures: - Total wash cabinet capacity: 145 litres
- Capacity per batch: 128 laboratory bottles or 98 pipettes (alternatively also 196 test tubes/vials)
- Maximum rinsing temperature: up to 93 °C
- Shortest programme run time: 20 minutes
- Connection: 3N AC 400V 50HZ; AC 230V 50HZ is also possible
- Number of programmes: 20 (10 of which are freely configurable)
- Drying: Integrated drying unit (fan 0.3 kW, heating coil 2.2 kW)

In addition, the machine can be operated with water of different qualities (cold, warm or demineralised water). The integrated waterproof system effectively prevents water damage. In terms of ease of maintenance, the system scores points with an easily accessible HEPA filter (service life 200 hours) and a dosing pump that is easy to control from the outside.

Certifications and standards

For safe operation and quality assurance, the appliance has been tested in accordance with important standards. These include EN 61010-1, EN 61010-2-040 and the RoHS Directive 2011/65/EU. The VDE seal also confirms electrical safety, while the IP 21 protection rating protects against contact and exposure to moisture in the laboratory environment. These certifications emphasise that all relevant safety and quality criteria are met.

Application examples

The possible applications are diverse. The device is typically used in research laboratories, universities, pharmaceutical or biotechnological facilities. It can be adapted to a wide variety of glassware, including:
- Cleaning narrow-necked glassware for analysing biological samples
- Rinsing pipettes in combination with other laboratory glassware, for example for clinical analysis methods
- Preparation of laboratory bottles and vials for active pharmaceutical ingredients and solvents
- Precise removal of agar residues for microbiological tests

Oil and grease contamination is also efficiently removed with the appropriate cleaning programmes. This makes the device a reliable and high-quality rinsing solution for the entire laboratory

FAQs

How is the rinsing quality ensured?

The combination of rinsing pressure monitoring and spray arm monitoring recognises blocked load positions and guarantees even wetting. In addition, conductivity monitoring checks for residual soiling in the rinsing medium.

Can the appliance be adapted to different power connections?

Yes. A 3N AC 400V 50Hz connection is provided as standard. A variant for AC 230V 50Hz is also available so that a single-phase network can also be used if required.

Is process documentation possible

The device comes with a WiFi communication module and optional Ethernet interfaces as standard, making it easy to connect to common documentation software and network printers.

What does the drying system consist of?

The DryPlus technology is based on a hot air blower that cleans and heats the air using a HEPA filter (class H13). This achieves the best drying results even with hollow-body instruments.

Which cleaning agents are recommended

In principle, the usual liquid laboratory detergents can be used. The device also has an integrated dosing pump, which ensures a consistently precise addition of detergent when using liquid concentrates.

Conclusion

This laboratory rinsing system offers an outstanding combination of performance, safety and ease of use. The intelligent M Touch Flex control system supports individual programme sequences, while the modular loading technology enables flexible loading options. The dry, residue-free completion of the wash cycle and comprehensive control mechanisms guarantee validatable cleaning results for demanding laboratory situations. Anyone looking for an efficient and optimally monitored solution for reprocessing laboratory glassware can rely on this appliance.

Miele PLW 8683 CD ADP DC5 CM laboratory dishwasher

The Miele laboratory washer was specially developed for professional laboratory applications and enables fast, thorough and safe cleaning and disinfection of various laboratory glassware and utensils. This system particularly comes into its own when reprocessing container-intensive samples, bottles, test tubes or pipettes. Users benefit from high loading flexibility, efficient drying thanks to DryPlus and reliable control via M Touch Flex. This laboratory washer impresses with quick adaptation to a wide range of laboratory requirements and high capacities in daily operation.

Performance features and technologies

In order to meet the diverse requirements of laboratory environments, the appliance is equipped with modern and highly functional components. The centrepiece is the intelligent combination of a powerful circulation pump, programmable controller and integrated hot air drying. This ensures flawless, validated reprocessing, even if hollow or narrow-lumen laboratory glassware is to be cleaned. Some of the most important technical points are summarised below:

- Flexibly loadable rinsing chamber (2 rinsing levels) for up to 128 laboratory bottles or 98 pipettes per batch
- Increased efficiency thanks to rinsing pressure and spray arm monitoring at full load
- Integrated DryPlus drying unit with class H14 HEPA filter for reliable particle separation
- M Touch Flex - full-touch colour display for intuitive programme selection and customisable wash parameters
- Can be networked ex works via WLAN for secure documentation and integration into the laboratory network
- Variety of programmes with 20 standard and 10 freely programmable programmes, including short, intensive and hygiene cycles
- Fast rinsing cycles from 20 minutes for time-critical applications

In addition to these core features, a stainless steel rinsing chamber, programmable dosing pumps for detergents and neutralising agents and a comprehensive safety concept (waterproof system, conductivity monitoring) are among the key benefits for laboratory operators.

The robust design, tested to 15,000 operating hours, underpins a long service life in demanding everyday laboratory work. Thanks to the convenient load carriers and the EasyLoad system, users also save time when loading by placing labware precisely and securely on the nozzles. This allows not only narrow-necked tubes and vials with various adapters to be cleaned, but also pipettes to be efficiently reprocessed in combination with other laboratory glassware.

Certifications and standards

The device fulfils common approvals, ensuring safety and quality in the laboratory at all times. The VDE mark confirms its electrical safety, and the IP protection class IP 21 protects the electronics against the ingress of dripping water. In addition, the laboratory washer is compliant with EN 61010-1 and EN 61010-2-040, so that both basic and application-specific safety requirements are covered. It also fulfils the RoHS Directive 2011/65/EU, which stands for the environmentally conscious use of components and reduces harmful ingredients.

Concrete application examples

- Cleaning large quantities of test tubes in chemical laboratories, for example when used with inorganic solutions
- Reprocessing pipettes and narrow-bore laboratory bottles in microbiological research institutes, especially when working with agar or organica residues
- Validated disinfection of glassware for phytolaboratories, where the laboratory washer must ensure constant cleanliness
- Removal of oil and grease contamination in process laboratories in the pharmaceutical industry to achieve reproducible results

FAQs

How are the cleaned laboratory glassware dried

?

The appliance has an integrated hot air drying system (DryPlus). A class H14 HEPA filter reliably separates particles so that even narrow openings are completely dry and clean.

What capacities are available for certain glass shapes?

Typically, up to 128 laboratory bottles can be cleaned per batch. For test tubes and vials, this is 196 pieces, while 98 pipettes can be accommodated in a separate load carrier at the same time.

Can I customise the programmes individually?

Yes. 10 freely configurable slots are available in addition to 20 standard programmes. This means that rinsing parameters such as temperature, rinsing times or drying times can be customised precisely to your laboratory glassware and contamination types.

How is process documentation ensured in everyday laboratory work?

The device can be connected at the factory via WLAN. If required, optional interfaces and Ethernet functions can be added so that all critical process data can be documented.

Conclusion

This model offers a robust, efficient and easy-to-operate solution for cleaning laboratory glassware and utensils in demanding working environments. With high-performance components, a durable design and comprehensive safety functions, it fulfils the high standards of modern laboratories. Fast programmes, customised dosing systems and sophisticated drying technology ensure consistently high cleaning quality. At the same time, the flexible load carriers and the EasyLoad system increase productivity by saving time during preparation and loading. The integrated network capability and various certifications make the overall package complete and future-proof for a wide range of laboratory applications.