Developed and perfected for more than 60 years, Low Temperature Steam Formaldehyde Sterilization technology has gained global recognition, establishing itself as a standard in the medical industry. A small example of this is the latest video published on MATACHANA’s YouTube channel which presents the testimony of 6 users from Europe, Africa, Asia and Latin America.
Advantages of LTSF technology
Different advantages are mentioned in the video, with one of the greatest strengths of LTSF technology being its efficacy. This technology can sterilize complex instruments such as rigid and flexible endoscopes up to 4 metres in length, even those with lumens up to 0.5 mm. This is possible thanks to the high penetrability of steam and the exceptional microbicidal effect of formaldehyde, which makes it possible to sterilize up to three endoscopes in 90 minutes, without compromising the quality of the process.
Another significant advantage is its low operating cost. The sterile barriers used with LTSF technology are the same as those used in traditional Steam autoclaves, reducing costs compared to other Low Temperature technologies. In addition, maintenance of LTSF equipment is more cost-effective, increasing the accessibility of this technology to different levels of health centres.
Safety: an unbreakable commitment
Safety is one of the cornerstones of LTSF technology. The formaldehyde emissions of MATACHANA’s sterilizers are minimal, reaching a maximum of 0.04 ppm in just 15 minutes, well below the European limit of 0.3 ppm over 8 hours. This level ensures that there are no risks for users, patients or the environment. Also, formaldehyde, a compound found naturally in the human body and in common foods, is efficiently metabolized by the body, preventing any harmful build-up.
Globality and international recognition
LTSF technology has a significant global impact. In Japan, studies such as those carried out by the Tokyo Medical and Dental University have validated its safety and efficacy, leading the Ministry of Environment to promote it as a sustainable alternative to Ethylene Oxide. In Europe, countries such as Sweden, the United Kingdom and Germany have led the development and implementation of this technology for decades.
Worth highlighting too is the wide range of applications of LTSF sterilizers and their ability to comply with the most stringent health standards.
Conclusion
LTSF technology combines innovation, safety and efficacy, adapting to sterilization needs in a globalized world. With a focus on efficiency and health protection, this technology is positioned as a leader in modern healthcare.
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