Lab Vacuum Ovens

Drying under vacuum allows liquids to evaporate at temperatures below the regular boiling point. Benefits include:

Faster drying, since liquids evaporate at lower temperatures.
Dry thermic instable materials very gently, at low temperatures (great for pharma/food drying applications).
Reduce capillary forces and completely dry intermediate or finished products (great for electronics).
Dry under inert gas atmosphere, e.g. to avoid oxidation processes.

Offered with various temperature ranges and sizes, Thermo Scientific vacuum ovens are designed with safety, reliability and efficiency in mind—and offer features that tailor to your specific applications. Choose from several different product lines - from basic to high end.

Browse our complete portfolio or let one of our experts help you make a selection.

Good – better – best approach, with feature and control options.

Vacutherm Vacuum Ovens

Precise, fast heating and heat transfer minimizes operation time. Compliant with the highest level of requirements for heating applications under a vacuum.

Lindberg Blue M Vacuum Ovens

Microprocessor control with overtemperature protection for safety, this multipurpose line covers most heating and drying applications under vacuum which require good temperature performance.

Hi Temp Vacuum Ovens

Overtemperature protection for peace of mind at a high degree. Standard line with basic control, good for standard work.

Vacuum Ovens

Entry level option for everyday drying and heating applications in a reduced atmosphere. Basic controls with choice of hydraulic bimetallic thermostat and LED.

Select the oven that's best for your application

	Vacutherm	Lindberg/Blue M	Hi-Temp Models	Standard Models

Temperature range	Ambient +10/+15° to 200°/300°/400°C	Ambient +6° to 260°C	Ambient +10°/50° to 280°C	Ambient +5° to 220°C
Available sizes	25/53/128L (0.88/1.87/4.52 cu. ft.)	18.6/42.5/127.4L (0.65/1.5/4.5 cu. ft.)	18.4/42.4L (0.65/1.5 cu. ft.)	12.5/19.8/65L (0.44/0.7/2.3 cu. ft.)
Features	PID control, digital display, analog control with dial thermometer, overtemperature cut-out, inert gas connection (on large models)	PID control, adjustable overtemperature protection, inert gas connection	Electronic control, fixed overtemperature protection, on/off timer (large models only), inert gas connection	Analog control with dial thermometer, overtemperature cut-out, inert gas connection (on large models)
Sample applications	Gentle drying of heat-sensitive materials Fast drying Residue-free drying of intricately designed parts Elimination of oxidation associated with heat treatment Targeted recovery of degassed products Drying of powders Drying at high temperatures	Drying Curing Outgassing Aging Process control Heating and drying in inert gas atmosphere	Higher temperature drying / heating General drying Conditioning Curing Desiccating Annealing Moisture tests	Drying Curing Vacuum embedding Plating applications