Horizontal Laboratory Autoclave LHA-D32

The Horizontal Laboratory Autoclave LHA-D32 is engineered to offer high-performance sterilization through its wide temperature range of 105°C to 139°C and a working pressure range of 0 to 0.25 MPa. It ensures reliable and consistent sterilization with a temperature control accuracy of less than equal to ±0.2°C and equilibrium of less than equal to ±0.5°C. This precision makes it ideal for sterilizing a wide range of items including instruments, dressings, rubber materials, and liquid-filled containers in critical environments.

The advanced PLC (Programmable Logic Controller) integrated with an HMI (Human-Machine Interface) and built-in printer in the Horizontal Laboratory Autoclave LHA-D32 allows for seamless, automated control of sterilization cycles. It supports flexible programming of sterilization and drying times (0–999 minutes), real-time monitoring, error tracking, and data logging for documentation and compliance. This automation reduces manual intervention, enhances process reliability, and boosts operator efficiency.

Despite its large 450-liter chamber capacity, the Horizontal Laboratory Autoclave LHA-D32 is designed with a compact outer dimension of 1350 × 1950 × 1350 mm, making it an ideal choice for modern labs, CSSDs, and sterilization units where floor space is a premium. Its single-door design and ergonomic layout support easy loading and integration into existing workflows without extensive infrastructure modifications.

The Horizontal Laboratory Autoclave LHA-D32 prioritizes operator and equipment safety with features like a safety valve with an opening pressure of 0.28 MPa, an automated door interlock system, pressure and temperature monitoring, and over-temperature protection. These mechanisms are designed to ensure the unit operates only under safe conditions and automatically shuts down or alerts the operator if abnormalities are detected.

The Horizontal Laboratory Autoclave LHA-D32 is equipped with a liquid ring vacuum pump that supports both pre- and post-vacuum phases, enabling effective air removal from the chamber and improved drying performance. With a vacuum rate of –97 kPa, it ensures that even porous and hollow instruments are sterilized uniformly, meeting the stringent requirements of medical, pharmaceutical, and research institutions.