Vertical Autoclave LVA-H14

The Vertical Autoclave LVA-H14 features a spacious 150-liter chamber with dimensions Ø500 × 760 mm, making it ideal for sterilizing large loads or bulky instruments. The chamber and outer body are constructed entirely from high-quality stainless steel 304, which ensures excellent corrosion resistance, durability, and easy maintenance in demanding laboratory or hospital environments.

The Vertical Autoclave LVA-H14 is equipped with a microprocessor-based control system that allows for precise monitoring and customization of sterilization parameters. It offers programmable sterilization and drying times ranging from 0 to 99 minutes or up to 99 hours and 59 minutes. This, combined with a temperature accuracy of ±0.1? and uniform heat distribution (less than equal to 1?), guarantees reliable and consistent sterilization for various types of materials.

Safety is a key consideration in the Vertical Autoclave LVA-H14. It comes with a hand wheel type safety interlock door that prevents the chamber from opening during operation under pressure. Additionally, the built-in microprocessor ensures safe operation by regulating pressure and temperature levels automatically, reducing the risk of operator error and enhancing overall safety during sterilization.

The LVA-H14 is a Class N autoclave designed for sterilizing unwrapped, solid, and non-porous items using high-pressure saturated steam. Its speciality lies in its door type, which is engineered for secure sealing, easy manual operation, and long-term durability. This design ensures reliable performance while maintaining straightforward loading and unloading. The door mechanism also contributes to consistent chamber pressure during cycles. This makes the LVA-H14 suitable for routine sterilization tasks in laboratories and small medical facilities.

The Vertical Autoclave LVA-H14 is widely used in medical, research, pharmaceutical, and industrial environments. It is ideal for sterilizing surgical instruments, lab glassware, media, waste, textiles, and other heat-resistant materials. Its high capacity and advanced features make it especially valuable in microbiology labs, hospitals, biotech firms, and universities where efficient and reliable sterilization is essential.