Vacuum Oven LVO-B25

The Vacuum Oven LVO-B25 features a large 1007-liter storage capacity, making it ideal for handling bulk samples or larger industrial batches in a single operation. It is specifically designed for high-volume applications such as thermal processing, drying, and degassing. The chamber includes a reinforced tempered glass observation window, allowing users to monitor internal processes safely without interrupting the vacuum environment.

Vacuum Oven LVO-B25 supports a temperature range of RT+10°C to 200°C, suitable for a wide variety of thermal processes. It maintains thermal stability with a fluctuation of ±1°C and provides a display resolution of ±0.1°C, allowing precise temperature management even during prolonged or sensitive operations. These features ensure accurate results in research, production, and quality control environments.

This oven is widely applicable in industrial sectors, especially in pharmaceutical, chemical, electronics, and material sciences. It is well-suited for thermal processing of reactive substances, drying of moisture-sensitive materials, and degassing of resins, adhesives, and polymeric compounds. Its high capacity makes it particularly useful in batch processing, pilot-scale manufacturing, and high-throughput research facilities.

Labtron’s Vacuum Oven LVO-B25 achieves a vacuum degree of less than 133 Pa, ensuring low-pressure conditions ideal for drying heat-sensitive or reactive substances. It features an inert gas inlet to maintain a controlled, oxygen-free atmosphere, reducing the risk of oxidation. The silicone sealing gasket and adjustable door seal ensure a reliable airtight environment, critical for consistent vacuum retention throughout operation.

The Vacuum Oven LVO-B25 includes a user-friendly LCD display for real-time monitoring and control of parameters. Each shelf supports individual temperature control, offering operational flexibility when processing different sample types simultaneously. It also includes a leakage protection system to ensure safe and uninterrupted operation, especially during long experiments or when left unattended. These features enhance both performance and user safety.