Glassware Dryer
Glassware Dryer systems from Vertex Analytical provide a practical and affordable solution for drying laboratory glassware after washing, rinsing, or sterilisation. Designed for laboratories that process multiple vessels daily, these units use heated airflow distributed through stainless steel air ducts to accelerate drying while reducing bench space requirements. Available in 12, 16, and 24-position configurations, the Glassware Dryer accommodates a range of laboratory vessels including Erlenmeyer flasks, round-bottom flasks, beakers, and similar containers. Adjustable airflow and heating settings allow users to match drying performance to their application, making this benchtop Laboratory Dryer suitable for universities, research facilities, industrial laboratories, and quality control environments throughout South Africa.
Overview
Laboratory glassware often requires complete drying before reuse, particularly in analytical, microbiology, chemistry, pharmaceutical, and research applications. The Vertex Analytical Glassware Dryer provides a straightforward method for drying multiple vessels simultaneously using controlled heated airflow.
The system features a vertical airflow distribution tower with removable stainless steel air ducts arranged in a space-efficient tree-branch configuration. As a result, warm air reaches the interior of each vessel directly, helping laboratories reduce drying times compared to conventional air-drying methods.
Because the unit occupies a relatively small benchtop footprint, it suits laboratories where workspace is limited but throughput remains important.
Multi-Position Drying Capacity
The Glassware Dryer is available in three configurations: 12, 16 and 24 positions. This flexibility allows laboratories to select a system that matches their daily workload.Adjustable Airflow and Heating
The unit includes simple rotary controls for both timing and operating mode. Consequently, laboratories can optimise drying performance for different vessel sizes and moisture levels. Users can select:- Airflow only mode
- 600 W heating with airflow
- 1000 W heating with airflow
- Adjustable timer from 0 to 60 minutes
Stainless Steel Air Duct System
The branching airflow arrangement distributes warm air efficiently while allowing multiple vessels to be dried at the same time. Each Airflow dryer uses 304 stainless steel air ducts that provide:- Corrosion resistance
- Heat resistance
- Long service life
- Easy cleaning
Applications
The Glassware Dryer is suitable for drying:- Erlenmeyer flasks
- Round-bottom flasks
- Beakers
- Volumetric vessels
- General laboratory glassware
- Washed laboratory accessories
- University laboratories
- Research institutes
- Pharmaceutical facilities
- Food and beverage laboratories
- Industrial quality control laboratories
- Environmental testing facilities
Performance and Convenience
Unlike passive drying racks, this Laboratory Dryer actively directs airflow into each vessel. As a result, moisture is removed more efficiently from narrow-necked containers and larger flasks. The vertical drying arrangement also helps maximize drying capacity without consuming excessive bench space. Furthermore, the removable air ducts allow laboratories to configure the system according to the types of vessels being processed. Depending on the model selected, users can dry multiple 500 mL or 1 L flasks simultaneously, helping improve workflow efficiency during busy laboratory operations.Safety and Reliability
Safety remains important when using heated drying equipment. Therefore, the Glassware Dryer incorporates an over-temperature protection system that automatically interrupts heating if the maximum safe operating temperature is exceeded. Additional operating specifications include:- Air temperature range: Ambient to 85°C
- Airflow speed: 0.2–2.5 m/s
- Ambient operating conditions: 5–40°C, up to 80% RH
- Automatic heating shut-off during over-temperature conditions
Rotary Knob Control allows quick adjustment of drying time and airflow settings for operation
Over-Temperature Protection automatically stops heating when temperature limits are exceeded, enhancing safety and reliability
Optimized Airflow Distribution delivers uniform drying across multiple items, improving efficiency and reducing drying times