Laboratory
Hot Air Oven.
Forced-air laboratory ovens for drying, thermal conditioning and long-duration elevated-temperature testing with repeatable airflow and programmable control.
Move heat evenly around every specimen.
ISOTECH laboratory hot air ovens use circulating heated air to create a uniform elevated-temperature environment for drying, conditioning, sterilisation-related processes and component stress testing.
The product family covers programmable LO models and non-programmable RE control, with stainless-steel interiors, adjustable shelving, indirect jacket heaters and instrumentation for profile-based operation.
Define
Test object, profile and acceptance criteria
Condition
Create the required controlled environment
Measure
Record the product and chamber response
Review
Compare results with the approved plan
Move heat evenly around every specimen.
The conditioning plenum, external-drive fan and jacket heaters are arranged to minimise direct radiation and distribute heat throughout the working volume.
Performance is built as a complete system.
Review the published performance, construction, control and safety information without losing the technical detail.
Performance
Temperature deviation published at ±0.5°C
Resolution 0.1°C
Gradient ±1°C to 2°C
Typical raise/fall rate 1°C to 5°C
Published noise level below 70 dB
Construction
16/18 SWG SS304 airtight interior
CRCA, GI or stainless-steel exterior
CFC- and asbestos-free mineral-fibre insulation
Silicone door gasket and observation window
Adjustable/removable shelving
Control
Large-screen programmable controller for LO models
Ramp/soak programmes and profile segments
Trend display and test-history review
PT100 temperature sensor
PID non-programmable control available for RE models
Safety
Emergency stop
Door-open shutdown
Over-current and thermal-fuse protection
Adjustable high/low temperature cut-out
Chamber door limit switch
Configured around the test—not around a catalogue box.
Uniform forced-air circulation
Indirect jacket-type heaters
Adjustable or removable shelves
Programmable ramp and soak profiles
RS-232/485, network and USB context
Power-failure recovery
Hot air oven model family.
Published values are reorganised for clarity. Final performance is subject to the approved chamber configuration, working load and test method.
Where this system works.
- 01Laboratory drying
- 02Glassware and equipment conditioning
- 03Material moisture studies
- 04Electronic component burn-in
- 05Automotive ECU conditioning
- 06Pharmaceutical and chemical laboratories
Standards and test methods
Only standards explicitly associated with the current ISOTECH product material are shown. Confirm the edition, clauses, specimen arrangement and acceptance criteria before ordering.
Equipment views and configurations.
Continue the qualification programme.
Turn your test requirement into a buildable chamber specification.
Share the DUT dimensions, load, operating state, environmental profile, duration, instrumentation, utilities, safety requirements and applicable standard.
Hot Air Oven FAQs.
Answers based on the current ISOTECH product page, reorganised for engineering clarity. Confirm project-specific values in the final proposal.
A forced-air thermal enclosure used for controlled drying, heating, conditioning and elevated-temperature exposure of materials or components.
The current family covers RT+5°C to +100°C, +200°C or +300°C depending on model.
A fan and impeller circulate conditioned air through the chamber while jacket heaters are positioned to avoid direct radiation onto specimens.
LO identifies logic-programmable models; RE identifies non-programmable models.
The current page describes RS-232/485 communication, networking and USB download capability for programmable systems.
Published provisions include emergency stop, door switch, over-current protection, thermal fuse and high/low temperature cut-outs.
Define the test object dimensions, mass, heat load, operating state, required profile, instrumentation, access, utilities and acceptance criteria before selecting the Hot Air Oven.
Yes. Working volume, ports, shelves or fixtures, controller, monitoring, safety and installation provisions can be engineered around the approved requirement.
The current ISOTECH material describes installation, commissioning, operator training, calibration and maintenance support. Confirm the required scope in the quotation.
Warranty duration and coverage should be confirmed in the commercial proposal for the selected configuration and installation location.