It is the most reliable sterilization system that ensures surgical instruments and medical supplies are completely free of microorganisms using high-pressure saturated steam. Thanks to advanced vacuum technology, it penetrates even the narrowest channels and porous structures of the instruments, effectively eliminating bacteria, viruses, and spores. The intelligent operating system, which provides precise temperature and pressure control, ensures that every cycle is completed in full compliance with international sterilization standards.

It is an automatic decontamination system that removes organic and inorganic residues from surgical instruments and laboratory supplies using high temperatures and specialized disinfectants. By eliminating user errors and the risk of injury that can occur during manual washing processes, it ensures that instruments achieve the highest level of hygiene prior to sterilization (autoclaving).

It is an advanced technology system that safely sterilizes modern surgical instruments—which are sensitive to heat and moisture—at low temperatures and in a short amount of time. By utilizing hydrogen peroxide gas plasma technology, it breaks down microorganisms at the cellular level and ensures flawless decontamination even in the most complex hollow (tubular) instruments. It is the safest alternative for optical systems, cables, and sensitive electronic components that cannot withstand the high temperatures of an autoclave.

This is a critical packaging system that ensures surgical instruments are placed in appropriate packaging materials (rolls/bags) and sealed airtight prior to sterilization. Thanks to high-precision microprocessor control, it automatically adjusts the temperature based on the type of packaging paper. The integrated cutting blade allows rolls to be cut to the desired size conveniently, thereby increasing operational speed.

A high-precision incubation and evaluation system used to verify the microbiological efficacy of the sterilization process. It analyzes the viability of heat-resistant bacterial spores placed inside the sterilizer after the process, using constant temperature and optical sensors. Thanks to Rapid Reading technology, it reduces the time required to minutes or hours, accelerating the safe release of surgical instruments for use.