Horizontal Laboratory Autoclave LHA-K17

The Horizontal Laboratory Autoclave LHA-K17 operates within a wide working temperature range of 105°C to 136°C, ensuring compatibility with a variety of sterilization protocols. It offers exceptional temperature accuracy of ±0.1°C, which is critical for sensitive laboratory instruments and pharmaceutical applications. This precision ensures reliable and repeatable sterilization outcomes.

The double-door design of the LHA-K17 is specifically engineered for pass-through sterilization, allowing one side of the autoclave to open into the sterile environment while the other opens into a non-sterile area. This design prevents cross-contamination, making it ideal for cleanrooms, pharmaceutical production areas, and laboratories that require strict contamination control protocols.

The Horizontal Laboratory Autoclave LHA-K17 supports adjustable sterilization and drying times, each ranging from 0 to 99 minutes, offering flexibility for diverse sterilization needs. It features pre-vacuum and post-vacuum systems to eliminate air pockets and enhance steam penetration, followed by a vacuum drying function that ensures thoroughly dried instruments after each cycle. These systems work together to deliver superior sterilization efficiency and complete drying, particularly for porous loads and wrapped items.

The LHA-K17 is equipped with a PLC (Programmable Logic Controller) and HMI (Human-Machine Interface) system for intelligent automation and precise control of each sterilization phase. The autoclave also includes a 7-inch LCD color touchscreen for intuitive user operation and real-time cycle monitoring. Additionally, it comes with a built-in printer to provide automated documentation of sterilization parameters, supporting traceability and regulatory compliance.

The LHA-K17 features a high-capacity 300-liter chamber with dimensions of Ø600 × 1080 mm, making it ideal for sterilizing large loads or bulky instruments. It uses a sterilization tray loading type, which allows easy organization and optimal use of space within the chamber. The generous capacity, combined with efficient sterilization cycles, makes the LHA-K17 suitable for high-throughput environments such as hospitals, pharmaceutical production, and research laboratories.