Cosmetics are products we use to cleanse, protect and alter our appearance. They can be found in almost every home and are used every day by people of all ages. Although cosmetics have been around for thousands of years, their ingredients and formulations have changed dramatically over time.

One of the most important steps in cosmetics manufacturing is making sure the ingredients are mixed correctly. This is where bacticinerators come in. These emit a concentrated beam of infrared radiation that can be used to heat and mix cosmetic ingredients quickly and evenly.

And Kalstein has the ideal equipment, which sterilizes microorganisms using infrared heat produced by a central ceramic element, contains no asbestos and ensures maximum sterility without splashing on the work surface.

Benefits of Baccininators

The use of bacteria incinerators in the cosmetics industry has many benefits. First, they can help save time and money by speeding up the mixing process. Second, they can improve the quality of cosmetics by ensuring that ingredients are well mixed. Finally, they are safe to use and pose no threat to human health.

Despite the many benefits, this equipment is a valuable tool in the cosmetics industry, but it should be used with caution. Sterilizers are an essential part of the cosmetics manufacturing process. They are used to sterilize the handles with which samples are taken and products are made as well as the ingredients and finished product. This prevents microbial contamination and ensures product quality and safety.

They are also designed to withstand a wide range of temperatures and pressures. They are usually made of stainless steel, although they can also be found in other materials such as copper and aluminum.

It is important to note that once the sterilization process is complete, it is important to cool the equipment safely and properly. The use of an air cooler is recommended to avoid damage to the equipment. Bactericinerators are an essential part of ensuring the quality of cosmetics. They ensure that the product is free of microbial contaminants and meets safety and quality standards.

How is the Baccininator manufactured?

A bactericinerator is a very useful laboratory tool because it allows you to ignite a flame without using a high temperature power source. This is especially useful in situations where a very small flame is needed or where precise temperature control is required. They consist of a cylindrical body containing a tungsten filament. This filament is located at one end of the body and is connected to an electrode at the other end. When an electrical voltage is applied to the electrode, an electric current will be produced through the filament, which in turn will generate heat. This heat is used to ignite a flame at the computer end, which remains lit as long as electrical voltage is applied. The flame can be extinguished by turning a switch on the body of the lighter, which will interrupt the flow of electricity.

They are mainly used in the laboratory, as they provide a more constant and reliable flame than a natural gas flame. They are also used for soldering delicate metals, as the flame can be controlled more precisely than a butane flame. They are generally safe to use, but should be handled with care to avoid burns. Apply the electrical voltage slowly to prevent the filament from melting, and the flame should not come too close to flammable objects.

Kalstein brand Bacincinator

In Kalstein we invite you to know our wide range of excellent quality equipment, fully qualified for all types of laboratories. And on this occasion we offer you the Bacticinerators, belonging to the YR series, with important characteristics, such as: High temperature center of 825 ± 50°C. Maximum diameter of the sterilization products of Φ14 mm and sterilizer length of 150 mm.

Among many more specifications you can see in our catalog from HERE.