BEING BOV-210 216L Laboratory Vacuum Drying Oven with PID Temperature and Vacuum Control

The BEING BOV-210 Vacuum Oven is designed for *vacuum drying, curing, degassing,* and processing of moisture-, oxidation-, and heat-sensitive samples in research and biotechnological workflows. Featuring a spacious 216 L (7.6 cu ft) sandblasted stainless-steel chamber with corrosion resistance, this vacuum oven supports precise vacuum levels down to approximately 133 Pa (0–0.1 MPa), essential for controlled atmosphere applications including synthetic biology and molecular diagnostics.

Key technical specifications include:

• Temperature Range: Ambient +10 °C up to 200 °C, regulated by an advanced PID digital controller with 0.1 °C resolution for stable and uniform heat distribution, critical for bioprocessing reliability.
• Heating System: Individual-shelf or jacketed heating design ensures uniform temperature across samples, minimizing thermal gradients in bulk drying or biomanufacturing sample preparation.
• Chamber Dimensions: Interior measures approximately 600 × 600 × 600 mm, with three adjustable shelves (each supporting up to 20 kg), accommodating a range of sample sizes and lab glassware.
• Vacuum and Gas Interfaces: Equipped with KF-25 flange vacuum port and inert gas/air inlet, allowing customizable environments for oxidation-sensitive materials essential in biotechnology and polymer research.
• Observation and Safety: Integrated toughened-glass observation door and LED interior lighting facilitate real-time sample monitoring without disrupting the vacuum environment. Safety features include over-temperature protection, vacuum control alarms, and over-current protection, ensuring operational safety in critical research settings.

Ideal for biomedical engineering, cell imaging prep, biopharmaceutical production pipelines, and molecular cloning workflows, the BOV-210 vacuum oven supports reproducible, contamination-free drying and processing of delicate biological and chemical samples. Its robust stainless-steel interior and flexible controls make it a reliable asset for laboratories engaged in synthetic biology and molecular diagnostics requiring stringent environmental control.