Loading product details
Preparing specifications, features and applications…
The BO-120F Precision Forced Air Oven extends the BO Series platform to a 115L medium capacity — delivering the full BO Series feature set of color touch screen programmable control, ±0.3°C temperature fluctuation, ±2.0°C uniformity at 100°C, DIN-12880-2007 compliance, and 6-layer safety in a 2050W format suitable for industrial and research laboratory drying, thermal processing, and sample conditioning applications requiring substantially more capacity than mid-size models provide. With a 520 × 430 × 530 mm interior and up to 12 shelves at 20 kg per shelf, the BO-120F supports the complex multi-shelf sample loading configurations of industrial quality control, university research core facilities, and pharmaceutical batch processing operations. Enquire about the BO-120F today.
The BO-120F Forced Air Oven delivers 115L medium-capacity precision forced convection drying with color touch screen, multi-stage programmable control, ±0.3°C fluctuation, DIN-12880 compliance, 12-shelf maximum capacity, and 2050W heating — supporting industrial and research laboratory drying, thermal processing, and sample conditioning at medium-scale throughput.
The BO-120F's 520 × 430 × 530 mm interior provides 115L usable capacity with up to 12 shelves — supporting the high sample density and diverse loading configurations of industrial quality control laboratories, university research facilities, and pharmaceutical batch processing environments. The 12-shelf maximum provides the highest shelf count among the compact and mid-size BO Series models, enabling granular height configuration across the 530 mm internal height for mixed sample format simultaneous processing.
The BO-120F's color touch screen provides the same advanced programmable multi-stage control as all BO Series models — with independently specified temperature, time, and airflow parameters per stage. In a 115L industrial and research oven context, the multi-stage programming capability is particularly valuable for complex thermal processing protocols such as polymer curing cycles, material heat treatment sequences, and pharmaceutical drying stage-step procedures that require automated temperature transitions across extended processing runs.
The BO-120F's forced air system achieves ±2.0°C temperature uniformity across the 115L chamber at 100°C — a more demanding engineering requirement than in smaller volumes, achieved through appropriately sized fan output and airflow design for the larger 520 × 430 × 530 mm interior geometry. Uniform forced convection across 12 shelf levels ensures that samples at all heights within the 530 mm interior experience comparable temperature conditions for reproducible industrial and research thermal processing results.
DIN-12880-2007 compliance in the 115L BO-120F format provides the documented safety and performance assurance required for industrial quality management and research facility equipment qualification at this larger scale — where the greater chamber volume and 2050W heating power represent proportionally larger thermal energy that the compliant independent secondary protection system must manage safely.
The BO-120F's energy-efficient insulation design minimises heat loss through the chamber walls despite the larger 115L surface area — maintaining a low external surface temperature for operator safety and reducing the electrical energy consumed during extended temperature hold phases of industrial thermal processing and research drying protocols.
The BO-120F incorporates the full BO Series 6-layer safety system — independent secondary temperature limit protection, three-layer electrical protection, dual-mode alarms, automatic heater cut-off, low surface temperature, and fault display — scaled to the 115L, 2050W medium-capacity industrial and research laboratory format.
At 2050W, the BO-120F's independent secondary temperature limiter is the most critical safety feature — providing a completely separate circuit to the primary PID controller that automatically cuts heating power if the chamber temperature exceeds the safety limit. This DIN-12880-2007 compliant protection is essential for the higher thermal energy of the 2050W, 115L system.
Three independent electrical protection layers — over-current, over-temperature, and overload — cover the primary electrical failure modes at the 2050W operating power of the BO-120F, providing layered protection appropriate for the higher-power industrial and research oven format.
The BO-120F maintains the full BO Series alarm and safety architecture across all remaining safety systems — providing reliable operator notification, immediate protective response, operator safety, and diagnostic capability consistent with the BO-30F and BO-50F platform at the larger industrial and research laboratory scale.
Explore alternative models and related solutions from other categories
