In the process of dental treatment, the disinfection of dental handpieces has always been a key part of ensuring patient safety. Although the previous disinfection methods can reduce germs to a certain extent, with the continuous improvement of medical safety requirements, the limitations of traditional disinfection methods have gradually emerged.
Recently, a new disinfection technology has been applied to dental handpieces. This technology utilizes a special plasma that is able to penetrate deep into the complex mechanics and tiny crevices inside the handpiece. Traditional disinfection methods, such as chemical immersion or high-temperature steam disinfection, may not be able to fully reach these hidden areas, leaving a potential for germs to grow.
The principle of plasma disinfection technology is to produce highly reactive ions and free radicals, which have strong oxidizing ability and can destroy key structures such as cell walls, cell membranes and nucleic acids of germs, so as to achieve efficient sterilization results. In the experiment, this new disinfection technology killed common dental bacteria, such as Staphylococcus aureus and E. coli, with a killing rate of up to 99.99%.
Moreover, the disinfection technology does not damage the material of the dental handpiece. Dental handpieces are often made up of a variety of delicate materials, and some sterilization methods can cause the materials to age, corrode, or affect their mechanical properties. However, the new plasma disinfection technology maintains the integrity and longevity of the handpiece while maintaining the disinfection effect.
This breakthrough has brought great convenience to dental clinics and hospitals. In the past, it could take a long time and complex process to ensure effective disinfection, but the new disinfection technology is not only efficient, but also relatively simple to operate. It can greatly shorten the sterilization turnaround time of dental handpieces, improve the efficiency of dental treatment, and provide patients with a safer and more hygienic treatment environment, reducing the occurrence of cross-infection events caused by dental treatment.