Horizontal Autoclave EZL-CH85 is a front-loading, cylindrical sterilizer with a large 500-liter chamber capacity, ideal for bulk sterilization. It provides automatic steam sterilization with working temperature of up to 134°C. It features an auto-protection shuts off power if water supply is insufficient during operation. Its Safety features include automatic protection against over-temperature and over-pressure conditions. Our Horizontal Autoclave is ideal for sterilizing surgical instruments, dressings, and laboratory equipment in hospitals and research facilities.
| Volume of Chamber | 500 L |
|---|---|
| Chamber Size | Φ 700 × 1300 mm |
| Working temperature | 134 °C |
| Working pressure | 0.22 MPa |
| Time of Sterilization | 0 to 60 minutes |
| Time of Drying | 0 to 60 minutes |
| Dissolving Temperature | 40˚C to 90˚C |
| Dissolving Time | 0 minutes to 48 hours |
| Warming Temperature | 40˚C to 60˚C |
| Warming Time | 0 minutes to 48 hours |
| Power Supply | 18KW/380V /50Hz |
| Dimension | 1800 × 900 × 1820mm |
| Net Weight | 470kg |
| Gross Weight | 580 kg |
Safe door locking
Over-temperature safeguard
Over-pressure protection
Efficient heat distribution
User friendly interface
Horizontal Autoclave EZL-CH85 is suitable for bulk sterilization of medical instruments, dressings, and glassware in hospitals and laboratories. It is also used in pharmaceutical, microbiology, and food industries for safe and efficient sterilization processes.
The Horizontal Autoclave EZL-CH85 is designed to handle higher loads, making it suitable for laboratories, hospitals, and research facilities that require frequent sterilization of bulk instruments, media, or glassware. The horizontal chamber design allows more efficient use of space while accommodating larger volumes. This makes it ideal for institutions where sterilization demand is high. By providing consistent sterilization performance, it supports both daily workflows and critical safety standards.
Our Horizontal Autoclave EZL-CH85 prioritizes user safety with built-in mechanisms like automatic pressure regulation, temperature monitoring, and emergency shut-off systems. These features help prevent over-pressurization or overheating, reducing the risk of accidents. The secure chamber lock ensures that the unit cannot be opened while still under pressure. This design gives operators confidence in daily use while meeting regulatory safety expectations.
Ezilab’s Horizontal Autoclave EZL-CH85 is optimized for steam sterilization, which is most effective for glassware, surgical instruments, and media that tolerate high temperatures. For heat-sensitive items, it may not be the best fit, as steam can damage delicate plastics or specialized coatings. However, with appropriate cycle settings, it can accommodate a wide range of robust materials. Laboratories should evaluate sample compatibility before selecting sterilization parameters.
Our Horizontal Autoclave EZL-CH85 requires routine checks such as cleaning the chamber, inspecting gaskets, and monitoring water quality used for steam generation. Preventive maintenance helps extend the life of the autoclave and ensures consistent performance. The straightforward design makes servicing simple, reducing downtime for laboratories. Regular care ensures both operator safety and long-term reliability of the equipment.
Ezilab’s Horizontal Autoclave EZL-CH85 is designed with insulation and intelligent heating controls to optimize energy use. The system minimizes heat loss, ensuring that only the necessary energy is consumed during each cycle. This reduces running costs, which is especially beneficial for laboratories with frequent sterilization demands. Over time, the energy efficiency contributes to both sustainability and cost savings.
Our Horizontal Autoclave EZL-CH85 supports a wide range of applications, from sterilizing surgical tools and dressings to preparing culture media and laboratory glassware. Its large chamber size accommodates diverse load types without compromising sterilization quality. This flexibility makes it suitable for medical, research, and industrial labs alike. Its versatility ensures that labs can rely on one system for multiple needs.
