Labmate Forced Convection Oven LMFO-A202
Labmate Forced Convection Oven LMFO-A202 is engineered to deliver high temperature uniformity, fast ramp-up, and rapid recovery for precision laboratory and industrial heating applications. Equipped with a fan-assisted air circulation system and adjustable ventilation, it ensures consistent thermal distribution throughout the 91 L chamber. The triple-paned high-temperature safety glass window enhances operational safety, while advanced PID control guarantees accurate and repeatable temperature performance.
Product Info
Key Features
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Fan-assisted forced convection for uniform temperature distribution
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Temperature capability up to 250 °C with fast recovery after door opening
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Digital PID controller with 5 patterns and 18 programmable steps
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Triple-paned high-temperature safety glass window for implosion protection
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SSR temperature regulation with K-type thermocouple
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Over-temperature limit, sensor alarm, and circuit breaker safety protection
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Adjustable ventilation opening for airflow and exhaust control
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Height-adjustable stainless-steel shelves
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Low-noise operation with gentle air circulation
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Quick auto start and auto stop functionality
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Insulated chamber and door for improved thermal efficiency
Specifications
Specification Details Capacity 91 L Temperature Range Ambient ±10 °C to 200 °C (Max 250 °C) Temperature Accuracy ±0.5 °C Timer 99 hr 59 min Shelves 2 EA (height adjustable, up to 3 optional) Temperature Controller Digital PID controller, 5 patterns, 18 steps Temperature Regulator SSR Thermocouple K (CA type) Insulation Glass wool Window High-temperature safety glass, triple-paned Safety Device Circuit breaker, sensor alarm Fan Motor 1–16 HP Heater Capacity 1.2 kW Power Supply AC 220 V, 50/60 Hz, 1ɸ Internal Material Stainless steel External Material Powder-coated steel plate Internal Dimensions (W×D×H) 450×450×450 mm External Dimensions (W×D×H) 620×610×925 mm Applications
Labmate Forced Convection Oven LMFO-A202 is suitable for drying laboratory glassware, processing heat-sensitive materials, sterilization, aging, curing, softening, annealing, and residue-free drying of complex components. It is widely applied in life science laboratories, research facilities, and material testing environments across industrial and academic sectors.-
