Vacuum Oven LVO-B23

The Vacuum Oven LVO-B23 offers a temperature range from RT+10°C to 200°C, making it ideal for various heat treatment applications involving sensitive samples. It ensures excellent thermal stability and uniformity with a temperature fluctuation of ±1°C and a display resolution of ±0.1°C, allowing precise control over heating processes. This level of accuracy is crucial when working with materials that are prone to degradation or chemical changes under uncontrolled temperature conditions.

The Vacuum Oven LVO-B23 is equipped with a spacious 91-liter internal chamber, designed to accommodate multiple sample types or larger batches in a single run. The chamber is made from high-quality polished stainless steel, which not only enhances the oven's durability but also simplifies cleaning and resists corrosion. The interior’s smooth finish minimizes contamination risks, making it suitable for use in research, pharmaceutical, and industrial environments.

Yes, one of the key advantages of the Vacuum Oven LVO-B23 model is its individually controlled solid shelves. Each shelf can be set to a different temperature, allowing simultaneous heating of different materials or samples that require specific thermal conditions. This feature significantly improves operational efficiency and reduces the need for multiple heating cycles, especially in laboratories where different sample types are processed concurrently.

The Vacuum Oven LVO-B23 incorporates several user-focused and safety-oriented features. It includes an inert gas connection to allow purging with nitrogen or other non-reactive gases, protecting sensitive materials from oxidation. The door tightness can be adjusted to ensure a secure seal during operation, while a premium-grade silicone gasket ensures airtight closure. Additionally, a built-in printing function allows users to log temperature data and maintain compliance with documentation standards. These features together enhance reliability, safety, and usability.

The Vacuum Oven LVO-B23 is designed for drying, curing, thermal treatment, and degassing of materials that are sensitive to heat, oxygen, or moisture. It is especially useful in industries such as pharmaceuticals, electronics, chemicals, and biotechnology, where oxidation or degradation of samples must be avoided. Typical applications include drying of powders and biological samples, resin curing, removing moisture from electronics, and vacuum heat treatments.