SMEG GW1160 Glassware Washer

• Research laboratories for cleaning beakers, flasks, and other labware.
• Clinical diagnostic labs to sterilise glassware used in patient sample analysis.
• Pharmaceutical facilities for maintaining sterile conditions in drug development and testing.
• Quality control departments in various industries for precise cleaning of testing apparatus.
• Educational institutions for preparing equipment for practical science lessons.

Typical capacity

For this class of equipment, units commonly feature multiple racks or baskets, accommodating a high volume of assorted glassware per cycle.

Power supply

Units of this type typically require a 230V, 50Hz single-phase electrical supply, though some larger models may use three-phase.

Water connection

Commonly requires a cold water inlet and a drain connection; some models may also feature a demineralised water inlet.

Drying system

Most units include a forced-air drying system, often with HEPA filtration, to ensure glassware is dry and residue-free.

Wash programmes

Typically offers a range of pre-set and customisable wash programmes for different types of soiling and glassware.

Dimensions

Footprint for a unit of this type is commonly designed to fit under laboratory benches or as a freestanding appliance, varying by specific model.

• What types of glassware can be cleaned in a SMEG GW1160?

  This model is designed for a wide range of laboratory glassware, including beakers, flasks, petri dishes, test tubes, and pipettes, using appropriate racks and inserts.

• Does this unit require special detergents?

• Is installation complex for a unit like this?

• What maintenance is typically required?

• Can this washer sterilise glassware?

Lab cleaning equipment is valued for reliability and consistency in maintaining hygiene standards across laboratory and pharmaceutical settings. Buyers typically prioritise machines with straightforward maintenance records, durable construction, and compatibility with existing facility workflows. Used units from established manufacturers generally command confidence in the market. Key considerations include operational history, availability of replacement parts, and verification that equipment meets current regulatory requirements. Robust build quality and proven performance histories are common strengths cited by purchasers evaluating secondhand options.

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