AELAB Laboratory Drying Ovens – Dry Oven, Vacuum Oven, Forced Air & High Temperature Series price

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AELAB Laboratory Dry Oven and Vacuum Oven Solutions

AELAB provides a diverse selection of laboratory dry ovens, vacuum drying ovens and controlled-heating systems for research laboratories, universities, pharmaceutical facilities, industrial quality-control departments, material-testing laboratories and production environments.

The available product range includes forced-air drying ovens, natural-convection ovens, constant-temperature drying ovens, horizontal drying ovens, high-temperature ovens, far-infrared drying ovens, digital vacuum ovens, analogue vacuum ovens and combined drying and sterilizing systems.

Users can compare AELAB oven models according to the required drying method, temperature range, chamber volume, airflow system, vacuum level, sample sensitivity, heating uniformity and laboratory workflow.

Explore AELAB Dry Oven and Vacuum Oven Models

Compare laboratory drying ovens, vacuum ovens, forced-air ovens, high-temperature ovens and specialized heating systems available from AELAB.

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Available Laboratory Oven Types

Oven Type	Typical Use
Forced-Air Drying Oven	Uses circulated heated air to provide efficient and comparatively uniform drying for laboratory samples, materials, glassware and industrial components.
Natural-Convection Drying Oven	Provides controlled atmospheric-pressure heating without strong mechanically generated airflow, making it suitable for routine drying and thermal conditioning.
Constant-Temperature Drying Oven	Maintains a controlled chamber temperature for drying, heating, conditioning and temperature-treatment procedures.
Horizontal Drying Oven	Uses a horizontal airflow arrangement to improve chamber space utilization and heat distribution during batch drying.
Vacuum Drying Oven	Dries samples under reduced pressure, enabling moisture or solvent removal at lower temperatures than conventional atmospheric drying.
Digital Vacuum Oven	Combines reduced-pressure drying with digital temperature and vacuum monitoring for controlled laboratory and industrial processes.
High-Temperature Drying Oven	Designed for drying, heating and thermal treatment applications requiring higher operating temperatures.
Far-Infrared Drying Oven	Uses infrared heating to support rapid thermal transfer and drying of suitable laboratory or industrial materials.
Drying and Sterilizing Oven	Supports controlled heating for drying glassware and suitable instruments, as well as dry-heat treatment where required by the laboratory procedure.

Dry Oven vs. Vacuum Oven

Comparison	Dry Oven	Vacuum Oven
Operating Pressure	Atmospheric pressure	Reduced-pressure environment
Heat Transfer	Natural or forced-air convection	Heated chamber combined with vacuum
Suitable Samples	Routine laboratory materials, glassware and samples suitable for atmospheric heating	Heat-sensitive, oxidation-sensitive or moisture-containing materials that require gentler drying
Drying Temperature	Selected according to the material and oven temperature range	Can support drying at lower temperatures by reducing chamber pressure
Additional Equipment	Normally does not require an external vacuum source	A compatible vacuum pump and vacuum accessories may be required

Typical Applications

Drying laboratory glassware, containers and suitable instruments
Removal of moisture from powders, granules, solids and prepared samples
Pharmaceutical sample preparation and quality-control procedures
Drying soil, plant, feed and environmental laboratory samples
Heating and conditioning materials before analytical testing
Drying filters, residues and precipitates after laboratory separation
Material curing and controlled thermal treatment
Moisture removal before weighing or instrumental analysis
Drying heat-sensitive materials under reduced pressure
Processing oxidation-sensitive samples in a low-pressure environment
Research, university and industrial laboratory heating procedures
Production quality control and small-batch material processing

How to Select the Right Drying Oven or Vacuum Oven

Selecting an oven should not be based only on maximum temperature. The drying method, sample characteristics, required chamber size, temperature uniformity, pressure conditions, airflow pattern and safety requirements should also be evaluated before choosing a model.

Selection Factor	Questions to Consider
Oven Configuration	Does the application require atmospheric drying, forced convection, natural convection or vacuum drying?
Sample Characteristics	Is the material heat-sensitive, oxidation-sensitive, moisture-rich, powdered, solvent-containing or suitable for conventional heating?
Temperature Range	What minimum and maximum operating temperatures are required by the procedure?
Temperature Uniformity	How consistent must the temperature be throughout the usable chamber space?
Chamber Capacity	What sample quantity, tray dimensions and batch volume must the oven accommodate?
Airflow Method	Would forced-air circulation improve drying speed, or is natural convection more appropriate for the samples?
Vacuum Requirement	What vacuum level is required, and is a compatible vacuum pump already available?
Controller and Timer	Are digital temperature control, programmable operation, timed operation or automatic stopping functions required?
Chamber Material	Does the application require a corrosion-resistant stainless-steel chamber and removable or adjustable shelves?
Safety Protection	Are overtemperature protection, alarms, leakage protection or independent temperature-limiting systems required?
Data and Documentation	Does the laboratory require data communication, printing, monitoring or supporting technical documentation?

Representative AELAB Dry Oven and Vacuum Oven Families

AELAB DZ and DZ-BC Vacuum Drying Oven Series

Vacuum drying systems developed for controlled moisture removal and laboratory drying under reduced-pressure conditions.

AELAB AE-DF Analogue Vacuum Oven Series

Laboratory vacuum ovens designed for reduced-pressure drying with an analogue-display configuration.

AELAB AE-HZ Digital Vacuum Oven Series

Digital vacuum ovens for controlled low-pressure drying, including models with different chamber volumes and operating capacities.

AELAB A/AB Horizontal Drying Oven Series

Horizontal-airflow ovens available in forced-convection and natural-convection configurations for laboratory and industrial drying applications.

AELAB F Series Horizontal Drying Ovens

Designed for drying larger or denser sample loads where chamber utilization and temperature distribution are important selection considerations.

AELAB LDO Forced-Air and Constant-Temperature Oven Series

Controlled drying ovens intended for routine laboratory heating, drying, conditioning and industrial quality-control procedures.

AELAB LHO High-Temperature Drying Oven Series

Heating systems developed for laboratory processes that require higher operating temperatures than conventional general-purpose ovens.

AELAB LIO and AE-300 Far-Infrared Oven Series

Far-infrared drying solutions for suitable materials requiring efficient heat transfer and accelerated drying.

AELAB FDS Portable Drying and Sterilizing Oven Series

Compact drying and heating systems for laboratories requiring a portable or space-efficient configuration.

AELAB PH Drying and Cultivating Oven Series

Dual-purpose controlled-temperature systems intended for compatible drying and cultivating laboratory procedures.

View the complete AELAB Dry Oven and Vacuum Oven range, available models and technical specifications

Why Choose AELAB Dry Ovens and Vacuum Ovens?

Multiple oven configurations for atmospheric and reduced-pressure drying
Forced-air, natural-convection and horizontal-airflow options
Different chamber volumes for small, medium and larger sample loads
Digital and analogue vacuum oven configurations
Constant-temperature and high-temperature drying solutions
Models for routine drying, thermal conditioning and specialized applications
Stainless-steel chamber configurations depending on the selected series
Temperature controllers, timers and safety functions according to model
Technical model-selection assistance before quotation
International supply, export packaging and shipping support

Important Operating Considerations

The selected oven must be compatible with the physical and chemical properties of the sample. Users should verify whether the material is suitable for heating, whether vapours may be generated and whether vacuum drying is required.

Vacuum ovens should be used with compatible vacuum equipment, connections and operating procedures. Chamber loading should allow adequate heat transfer, and temperature sensors, door seals and vacuum seals should be checked periodically.

Samples that may generate flammable, explosive, corrosive or hazardous vapours require a risk assessment and equipment specifically approved for that application. A standard laboratory oven should not automatically be assumed suitable.

About AELAB

AELAB is a laboratory equipment brand and supplier based in Guangzhou, China. The company provides laboratory instruments, analytical systems, thermostatic equipment and quality-control solutions for distributors, universities, research institutions and industrial customers.

The AELAB portfolio includes drying ovens, vacuum ovens, laboratory heating equipment, analytical instruments, environmental testing systems, pharmaceutical testing equipment and general laboratory solutions.

Official website: www.aelabgroup.com

Frequently Asked Questions

What is the main difference between a dry oven and a vacuum oven?

A dry oven heats samples at atmospheric pressure using natural or forced-air convection. A vacuum oven operates under reduced pressure, allowing compatible materials to be dried at lower temperatures.

When should a vacuum oven be selected?

A vacuum oven may be selected for heat-sensitive, oxidation-sensitive or moisture-containing samples that require controlled drying under reduced pressure. Compatibility with the material and generated vapours must always be confirmed.

What is the difference between forced-air and natural-convection drying?

Forced-air ovens use a fan to circulate heated air through the chamber. Natural-convection ovens rely on the natural movement of warm air without mechanically forced circulation.

How should the correct chamber size be selected?

The chamber should accommodate the expected sample quantity and containers without excessive loading. Sufficient open space should remain for heat circulation and consistent drying.

Does a vacuum oven include a vacuum pump?

The required pump configuration depends on the selected oven model and quotation. Users should confirm whether the vacuum pump, connecting accessories and any required filtration components are included or supplied separately.

Can AELAB recommend an oven based on my samples?

Yes. Provide the sample type, required temperature range, desired chamber volume, drying method, vacuum requirement, batch quantity, electrical supply and destination country so that suitable models can be reviewed.

Request Dry Oven or Vacuum Oven Model Recommendation

Tell the AELAB technical sales team about your sample material, required temperature, chamber capacity, drying method, vacuum requirement, heating uniformity and daily sample load. Suitable oven models can then be selected according to the actual laboratory or industrial application.

The quotation may include available models, technical specifications, standard accessories, optional accessories, delivery time, export packaging and shipping information.

View AELAB Dry Oven and Vacuum Oven Models

Email: info@aelabgroup.com

WhatsApp / WeChat: +86 158 0001 6110

Website: www.aelabgroup.com