BPH-Photon Incubator for Rapid and Reliable Steam Sterilization Control
In healthcare environments, BPH-Photon Incubator plays a critical role in steam sterilization control by enabling rapid and reliable release of sterilized loads. In operating rooms, central sterile services departments, and emergency settings—where every second matters—immediate biological indicator results are essential to protect patient safety and reduce the risk of healthcare-associated infections (HAIs).
Real-time steam sterilization monitoring with the BPH-Photon Incubator and BT225
Steam sterilization remains one of the most widely used and effective methods for reprocessing medical devices. However, a load can only be considered safe when sterilization has been biologically verified. Unlike chemical indicators, biological indicators directly challenge the process using highly resistant spores such as Geobacillus stearothermophilus, providing the highest level of assurance.
For years, biological monitoring required long incubation times, delaying load release and impacting workflow efficiency. Today, new technologies are changing that paradigm.
The Photon system, developed by Terragene, combines speed and safety to support early, confident decision-making. At the center of this system is the BPH-Photon Incubator, an automatic incubator and reader designed to deliver a fully automated biological indicator readout in just 7 seconds.
When used with the Photon BT225 self-contained biological indicator, the system provides immediate results by detecting irreversible protein damage in spores caused by an effective steam sterilization cycle. This innovative approach eliminates the need to wait for microbial growth while maintaining high reliability and regulatory compliance.
Validated against international standards, the 7-second readout correlates with the traditional 7-day incubation result and demonstrates a sensitivity of ≥97%, supporting faster and safer release of sterilized loads in demanding healthcare environments.
Discover the science and validation behind de Photon system