Labnics Bacti Cinerator Sterilizers use high-temperature infrared heat for efficient and flameless decontamination. They deliver fast sterilization within a few seconds, enhancing lab productivity. These units prevent cross-contamination by completely incinerating organic material on metal tools. They feature an adjustable sterilization angle for flexible tool handling. Our sterilizers include an overheat protection system to ensure operational safety.
Maximum central temperature
Central Zone Maximum Temperature
Low grade temperature
Heating temperature
Low-level temperature
FAQ for Bacti Cinerator Sterilizer
1: Does the Bacti Cinerator Sterilizer require much maintenance?
Maintenance is minimal due to its solid, enclosed design and the absence of gas or external fuel sources. The Bacti Cinerator Sterilizer remains functional with very little cleaning or upkeep required. This low-maintenance aspect makes it an ideal choice for labs that need a dependable and hassle-free sterilization solution.
2: What safety features does Bacti Cinerator Sterilizer include?
The Bacti Cinerator Sterilizer features an overheat protection system that automatically powers it down if it becomes too hot, providing an added layer of safety. The outer casing remains cool during operation, reducing the risk of burns. These safety features make it a secure option for long-duration lab use.
3: Is the Bacti Cinerator Sterilizer easy to operate and user-friendly?
The Bacti Cinerator Sterilizer is simple to use, with straightforward controls for easy operation. It quickly reaches the necessary temperature, and tools can be inserted for sterilization with minimal effort. Some models even offer adjustable sterilization angles for added convenience.
4: Is the Bacti Cinerator Sterilizer energy efficient?
Yes, our Bacti Cinerator Sterilizer is energy-efficient compared to traditional flame-based sterilizers. It uses infrared heat technology, which consumes less power and heats up quickly without the need for an external gas supply. This helps reduce energy consumption and costs over time.