ThermoCan Dynamics’ technology can precisely monitor, control and maintain the storage temperature to prevent both freeze and high temperature damage, independent of external air temperatures.
Technology overview
- Portable dynamic temperature regulating device are in development by ThermoCAN Dynamics to address the limitations outlined. The developed technology can control and maintain a constant setpoint temperature, independent of the surrounding temperatures, in portable systems. Through the combination of a passive thermal energy storage and active temperature control, this novel technology has the capability to precisely monitor and control the temperature at any setpoint, addressing current challenges in the temperature sensitive supply chain. Furthermore, the technology not only maintains a set temperature, but also can dynamically adjust the product storage condition over a wide temperature range during transport, without the need for an external active power source.
- In addition to controlling temperatures within critical ranges, our novel control system provides continuous temperature monitoring and logging. Real-time, instantaneous alerts and feedback can be available throughout the entire duration of transportation. The technology is designed to be highly scalable and customizable to fit both small and large-scale temperature control applications. The technology also provides flexibility in customizing the setpoint temperature or dynamically adjusting it during transportation. The customizable nature of the technology also allows integration with existing TCP devices.
- While simple in concept, this technology, with both its flexibility to adapt to any optimal temperature range and its ease of control, monitoring and handling, would represent a paradigm change in the temperature sensitive transportation sector. From vaccine and high value biopharmaceutic transportation to organ preservation that increases successful transplantation, this technology and device is capable of becoming a critical component in the future of temperature-controlled packaging