Labotemp Hot Air Oven FOV-20 is an ISO and CE certified high-temperature laboratory oven designed for demanding drying, curing, annealing, and thermal testing processes. This hot air circulating oven uses a forced convection heating system to distribute heated air evenly throughout the chamber, ensuring consistent and uniform thermal performance. With a temperature range of RT+20°C to 600°C and ±0.5°C accuracy, it provides stable heating for applications such as heat treatment, material conditioning, thermal stability testing, and industrial oven drying.
Built for durability and high-temperature performance, the oven features a SUS309S stainless steel inner chamber designed to withstand extreme thermal conditions. Alumina silicate fibre insulation improves heat retention and energy efficiency while maintaining stable internal temperatures. Equipped with a 5.1 kW heating system and a 208 L chamber, the oven provides reliable airflow and uniform heating for larger samples and batch processing. A programmable timer up to 9999 minutes and over-temperature alarm protection further enhance safety and operational reliability.
Why choose Labotemp Hot Air Oven FOV-20?
✓ Large Chamber Capacity: 208 L chamber supports batch testing and larger samples.
✓ High Temperature Capability: Stable heating up to 600°C with precise PID control.
✓ Uniform Airflow Heating: Forced convection system ensures even temperature distribution.
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Model NO. : FOV-20 Model NO. |
FOV-20 |
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Heating Method : Forced Convection Heating Method |
Forced Convection |
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Temp Range : RT+20–600°C Temp Range |
RT+20–600°C |
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Accuracy : ±0.5°C Accuracy |
±0.5°C |
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Uniformity : 2.50% Uniformity |
2.50% |
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Inner Chamber : SUS309S Inner Chamber |
SUS309S |
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Insulation : Alumina silicate fibre Insulation |
Alumina silicate fibre |
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Heater Power : 5.1 kW Heater Power |
5.1 kW |
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Controller : PID Intelligent Controller |
PID Intelligent |
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Display : Dual LCD Display |
Dual LCD |
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Timing : 0–9999 min Timing |
0–9999 min |
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Safety : Over-temp alarm Safety |
Over-temp alarm |
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Chamber Size (mm) : 570×620×595 Chamber Size (mm) |
570×620×595 |
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Volume (L) : 208 Volume (L) |
208 |
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Power Supply : AC 380V Power Supply |
AC 380V |
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Current : 7.7A Current |
7.7A |
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Package size : 1121 x 919 x 1149 mm Package size |
1121 x 919 x 1149 mm |
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Net Weight : 110 kg Net Weight |
110 kg |
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Gross Weight : 125 kg Gross Weight |
125 kg |
Dual LCD Display
➤ Dual LCD DisplayHigh-temperature performance from RT+20°C to 600°C with ±0.5°C precision, ensuring exceptionally stable and accurate heat treatment.
➤ High-temperature performance from RT+20°C to 600°C with ±0.5°C precision, ensuring exceptionally stable and accurate heat treatment.Controlled by a PID intelligent Dual-LCD system, offering precise thermal regulation and clear real-time monitoring.
➤ Controlled by a PID intelligent Dual-LCD system, offering precise thermal regulation and clear real-time monitoring.Constructed with a robust SUS309S stainless steel chamber and alumina silicate fiber insulation for superior durability and long-lasting thermal efficiency.
➤ Constructed with a robust SUS309S stainless steel chamber and alumina silicate fiber insulation for superior durability and long-lasting thermal efficiency.Powered by a 5.1 kW forced-convection heating system that delivers uniform temperature distribution across the large 208 L chamber.
➤ Powered by a 5.1 kW forced-convection heating system that delivers uniform temperature distribution across the large 208 L chamber.Enhanced with safety features including an over-temperature alarm and programmable 0–9999 min timer for dependable operation.
➤ Enhanced with safety features including an over-temperature alarm and programmable 0–9999 min timer for dependable operation.Ideal for high-temperature drying, annealing, sintering, curing, and thermal stability testing in demanding laboratory and industrial workflows
➤ Ideal for high-temperature drying, annealing, sintering, curing, and thermal stability testing in demanding laboratory and industrial workflowsWidely used in aerospace, materials science, chemical analysis, and electronics manufacturing where uniform heating up to 600°C is required
➤ Widely used in aerospace, materials science, chemical analysis, and electronics manufacturing where uniform heating up to 600°C is requiredSuitable for processing large samples, heat-resistant materials, and high-precision thermal experiments
➤ Suitable for processing large samples, heat-resistant materials, and high-precision thermal experiments