Senova Biotech Lab Glass Washer 220L Dishwasher For Laboratory Glassware

Laboratory Glassware Washer (with drying) BWD-220L

Main features

1. Stable, interference-proof control system ensures consistent cycle execution.
2. The touch interface serves as the primary window for live process data.
3. Password tiers create an audit trail for who runs or modifies programs.
4. Memory function guarantees that a power glitch doesn't invalidate a cycle record.
5. Temperature limits are enforced to protect samples and ensure repeatable drying.
6. Door lock mechanism is part of the safety-logic ensuring cycle traceability.
7. Protected electrical components maintain accurate sensor readings and timing.
8. Emergency stop event can be logged as part of incident documentation.
9. Door position control aids in reproducible loading/unloading procedures.
10. Alarm log provides a historical record of machine states and interventions.
11. Direct USB export of cycle parameters, timings, and errors for full traceability.
12. Essential tool for labs operating under GLP, GMP, or ISO quality systems.

Specifications

Introduction about laboratory glassware washer

The shift from handwashing to automated laboratory glassware washers marks a significant leap in scientific methodology. These systems deliver uniform, residue-free cleaning for beakers, flasks, test tubes, and other vessels, thereby reducing the risk of experimental error. Automation standardizes each step—washing, rinsing with potable or purified water, and drying—while minimizing human intervention with hazardous materials. Consistency is achieved via programmable controls over temperature, detergent use, and cycle timing, factors crucial for replicable research.

Modern enhancements include digital microprocessors, touch-screen operation, HEPA filtration in drying chambers, and compatibility with water purification setups. Early versions were simple adaptations of domestic dishwashers, but current models, like those from Senova, offer customized cycles and variable-frequency pumps that protect delicate glassware. This technological progression underscores the washer’s role as a vital tool for maintaining both efficiency and rigor in today’s analytical laboratories.