360PRO: Solutions for your laboratories

No matter the size, speciality or professional level, we support all types of laboratories worldwide and continuously modify our solutions together with industry experts and renowned glass manufacturers to cater for specific needs. As a result, for more than 60 years we have kept setting milestones in reprocessing laboratory glassware safely and efficiently, offering the very best added value – improved cleaning performance, higher-level process security and better efficiency.

From compact teaching laboratories through to startups in bioengineering, and from state research institutes through to international pharmaceutical companies with industry-grade requirements, one thing is true:

360PRO solutions are the best choice for your laboratory

Life sciences¹

• Bioengineering
• Pharmaceuticals
• GMP

Education

• Schools and universities
• Research laboratories (with university affiliations, bio-medical, chemical)

Industry

• Food and beverages
• Chemical and petrochemical industries
• Water authorities and water analysis
• Waste management and energy
• Body care and cosmetics
• Industrial parts cleaning (printed circuit boards, automotive)
• Agriculture

Healthcare sector

• Hospital laboratories
• Diagnostics laboratories
• Hospital pharmacies
• Pathology
• Manufacturers of medical instruments and implants
• Blood banks

Governmental

• State institutions
• Military

Achieve water savings and time savings compared to manual cleaning.

If you want your laboratory to deliver reproducible results and run efficiently, you need glassware that is cleaned reliably and consistently. Switching to machine-based reprocessing of glassware will help your laboratory and your team save valuable time and resources to a considerable degree: with machine-based cleaning, you can reprocess more glassware and equipment within the same amount of time.

Switch from manual to machine-based laboratory glassware reprocessing and profit from:

• Analytically clean glassware as washing with demineralized water and thermal disinfection is possible
• Reproducible results thanks to standardzed processes, constant and economical detergent dispensing and freedom from the imprecision of cleaning brushes
• Extended service life of laboratory glassware thanks to gentle cleaning and a reduced risk of breakage
• Ergonomic and simple cleaning thanks to simple and fast loading options with versatile SimpleLoad inserts
• Minimized health risk from inhaling aerosols, skin contact with chemicals or injuries from splinters
• More economically designed processes as employees can devote themselves to other tasks rather than manually cleaning laboratory glassware

A perfectly coordinated system – from a single source

Alongside machine technology and reprocessing programs, detergents are a critical factor in the cleaning and disinfection process. This means striking a demanding balance: soiling needs to be removed effectively and germs killed off, but the items being reprocessed – including valuable laboratory glassware – also need to be handled with care.

ProCare Lab detergents are ideally suited to a multitude of applications, ensuring the trace-free removal of a wide range of soiling types in laboratory washers. At the same time, the process treats the items being reprocessed with the utmost care. That is why Miele Professional cleaning solutions are recommended by leading manufacturers of laboratory glassware.

ProCare Lab detergents have undergone extensive laboratory tests to ensure that they match the outstanding performance of our laboratory washers. Consequently, you benefit from immaculate reprocessing for analytical experiments, from the value of your equipment being maintained and from fast glassware turnaround times.

A wide range of powder and liquid detergents are available to cover a variety of applications. The various chemicals are color-coded in order to prevent mix-ups. Even in a busy laboratory which requires a rapid turnaround of load items, this means fast and error-free reprocessing is guaranteed. The low dosage concentration, plus the already low water quantities that the machines use, ensure the system solution performs as efficiently as possible.