Automatic Glassware Washer GW2031

Introduction

Automatic Glassware Washer features 126L cavity volume and upto 50°C to 95°C cleaning temperature. It provides unmatched flexibility, cleaning, and drying efficacy. Built-in drop-down door provides a loading platform for convenient loading and unloading jobs. Equipped with high efficiency HEPA filter compressed air drying system. Our Automatic Glassware Washer is perfect as a lab glassware cleaner.

Applications

Automatic Glassware Washer is suitable for research laboratories, pharmaceutical and food industries.

Specifications

Cavity Volume	126 L
Layer Number of Cleaning	1 Layer (2 Layers Petri Dish)
Cleaning Temperature	50°C to 95°C
Circulation Pump Flow Rate	320 L/min
Heating Power	3 KW
Exterior Dimension (H × W × D)	680 × 617 × 765 mm
Weight	95 Kg

Features

Quadruple filtration system.

320L/min cycle speed.

Overheating protection device.

Adjustable drying temperature and time.

Double sewage circulation filtration.

FAQs

1. What is an automatic glassware washer?

An automatic glassware washer is a specialized laboratory appliance designed to clean, rinse, and dry laboratory glassware such as beakers, flasks, test tubes, and pipettes efficiently and consistently.

2. What types of glassware can be cleaned in it?

washers are compatible with a wide variety of laboratory items, including test tubes, volumetric flasks, graduated cylinders, petri dishes, and pipettes. Specialized racks and inserts can be used for delicate or unusually shaped glassware.

3. Is it suitable for sensitive or precision labware?

Yes, many washers feature adjustable racks and soft water spray systems to safely clean even delicate and precision-calibrated instruments without damaging them.

4. How effective is the cleaning process?

The washer is equipped with a quadruple filtration system that ensures efficient and thorough cleaning by removing particulates and preventing recontamination during wash cycles.

5. What makes this washer designed for laboratories?

Its large volume, effective filtration and drying systems, and contamination control features make it well-suited for high-throughput, regulated, or precision lab environments.