BEING BOF-30T Forced-Air Drying Oven with 30 L Chamber Capacity

The BEING BOF-30T Forced-Air Drying Oven is engineered for precise temperature-controlled drying and sterilization tasks in laboratory and biotechnological applications. Featuring a 30 L stainless-steel chamber with a mirror finish, it ensures corrosion resistance and easy cleaning essential for contamination-sensitive environments such as molecular diagnostics and bioprocessing workflows.

Key technical specifications and features include:

• Temperature range: Ambient +10 °C to 300 °C (572 °F) with ±0.5 °C stability at 100 °C and ±1.5 °C uniformity, supporting consistent thermal conditions critical in synthetic biology and gene editing experiments.
• Forced-air mechanical convection system: Fan-driven airflow delivers uniform heat distribution, preventing temperature gradients that could compromise drying, curing, or sample preparation in biotechnology and clinical diagnostics.
• Control system: Integrated 4.3″ touchscreen digital PID controller with a programmable timer (1–5999 minutes) and adjustable 3-speed fan for customizable protocol control, valuable in biomanufacturing process optimization.
• Capacity and flexibility: Comes with 2 adjustable shelves (expandable to 5) supporting up to 20 kg load per shelf, suitable for diverse sample types and batch drying needs in molecular cloning and biochemical analysis.
• Compact form factor: Internal dimensions of 320 × 320 × 295 mm and external dimensions of 510 × 540 × 550 mm make it benchtop-compatible for laboratories with space constraints, commonly found in biomedical engineering and research facilities.
• Safety features: Equipped with over-temperature protection, over-current alarm, temperature deviation alarm, and automatic power return restart, ensuring reliable operation in critical laboratory procedures.

This forced-air drying oven is widely adopted in biotechnology and molecular biology research laboratories, supporting essential thermal workflows such as sterilization, drying of glassware and samples, and material curing. Its precise temperature control and uniform heating make it critical in biopharmaceutical production pipelines and synthetic biology research, contributing to reproducible and reliable experimental outcomes.