Used MCCORMICK SCIENTIFIC Bacti cinerator IV #9400982 for sale

MCCORMICK SCIENTIFIC Bacti cinerator IV is a lab equipment and accessory designed to incinerate a range of microbial cultures, including bacteria and other microorganisms. It has a two-stage process, with a combustion chamber and a afterburner, designed to eliminate dioxins and other hazardous volatiles generated during the incineration process. This makes it ideal for labs working with cultures of infectious or hazardous materials, allowing for their safe disposal with minimal expense. The combustion chamber operates at a temperature of around 950-1100 degrees Celsius, providing sufficient heat for the materials to be burnt safely and thoroughly. Both solid and liquid wastes can be incinerated, and dried material can be placed in a removable tray, making it suitable for different types of laboratory waste. The tray is insulated and open to the atmosphere, and can contain up to three liters of material. The heat is generated by combustion of fuel which is fed into the combustion chamber. Once the material has been completely incinerated, the afterburner stage further reduces the emissions of NOx, volatile organic compounds, and other air pollutants to a safe level. It does this by combusting the residual gases and pollutants that may have been produced during the incineration process. It operates with a high efficiency and at a lower temperature than the combustion chamber. The cinerator is designed to be both durable and user friendly, and has an easy to install design and convenient manual switch. It has an internal fan that ensures sufficient ventilation and cooling, and a built-in pressure gauge to monitor the engine pressure while in operation. It also features a self diagnostic system that informs the user of any faults or malfunctions in real-time. Bacti cinerator IV is an efficient and reliable way to dispose of lab waste safely. It is ideal for labs working with small batches of materials or potentially hazardous cultures, as it can both incinerate the material and significantly reduce the emissions of hazardous substances. It has clear operating instructions and a durable design, making it an economic investment for any laboratory or research facility.