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Advantages of Bacti-Cinerator for Infectology Units

The Bacti-Cinerator is a device that sterilizes handles used in laboratories, responsible for eliminating bacteria using infrared heat from a central ceramic mechanism. This equipment contains no fuel and certifies maximum sterility without splashing on the work surface. Heat is respected as the sterilization medium par excellence, as long as the material can withstand high temperatures without suffering damage. Complete sterilization takes place in 5-7 seconds, at a temperature of 815.6°C (1500°F). It features a sterilization protector, for safer handling of the material, and any remnants left in the smooth area of the quartz tube can be easily removed.

This device, with its characteristic energy emission and diffusion, is used as a micro-organism exclusion agent, ideal for infection units. The electric purification system is most beneficial for disinfecting links, needles and instruments from infection. As an innovative piece of equipment, it is used in safety bells, because the use of gas and open flames is not permitted.

Sterilization process

In infection units, the process of using the Bacticinerator begins once the computer has been switched on, turned to bright red and the handles introduced directly into the fire. Its activity depends on the quality of the infrared. Contaminants are then calcined to ash. This process is very easy to use in the laboratory, and avoids the formation of aerosols that could pollute the environment.

Infrared heat sterilization leads to the loss of micro-organisms through oxidation of their cellular components by efficient processes, as these die more rapidly and micro-organisms are more easily decomposed, providing a means of distributing infrared heat evenly throughout the internal chamber of the sterilization equipment. This action is applied in infection units, where the processes of analysis, prevention and treatment of diseases produced by microscopic organisms such as bacteria, viruses, parasites or others are involved.

Benefits of use

Thanks to the use of the Bactylograph, disinfection processes or sterilization of handles by infrared heat transmitted by the equipment, it adds up the various complex acts that occur as the temperature rises and enables the destruction of micro-organisms progressively, becoming the only method of action, for sterilization in the laboratory. And that’s why, by using the Bacticiner in infection units, it offers you the following advantages:

  • Thanks to its infrared heat, it penetrates any material with great capacity for action.
  • Offers rapid sterilization processes.
  • Offers the right temperature.
  • Flexible, affordable equipment.
  • The sterilizing effect is easily controlled and instantaneous.

It’s worth noting that these advantages have been applied in many infection units around the world, because we’re living with a pandemic virus and it’s very important to clean and sterilize materials and surfaces to minimize infections. In this sense, sterilization using Bacticiner can be an important ally. For the time being, it can only be applied in specific, qualified institutions offering a level of safety assured by specialized experts, in order to avoid the risk of exposure to personnel by applying it in an automated way.

Kalstein brand Bactylograph

We at Kalstein, offer you the best technology in laboratory equipment, and the Bactycinérateurs, are ideal for sterilizing handles in the microbiology laboratory. It belongs to the YR series, and has a reduced size making it ideal for anaerobic and aerobic cameras. It also provides residual heat. The sterilization period is around 5-7 seconds, making it efficient. It has a self-locking angular adjustment, among other features. What’s more, there are a number of easy-to-use accessories for the Bacti-Cinerator sterilizer with many other attractive virtues, which you can enjoy from our catalog starting HERE.

We are manufacturers and we have the best advice, to make your purchase ideal and at excellent prices. For more information, visit our page HERE