Thermofield
Developer of a noninvasive deep-tissue heating system that delivers targeted radiofrequency energy via direct-contact applicators. The device is positioned for clinical and at-home use and is described as investigational (not FDA cleared). The organization publishes research and educational materials on physiological effects of localized heating (blood flow, immune activation, tissue repair) and has reported a controlled human safety study.
Industries
Nr. of Employees
small (1-50)
Thermofield
Franklin, Tennessee, United States, North America
Products
Noninvasive deep tissue heating system
A portable system that delivers targeted radiofrequency energy through direct-contact applicators to raise internal tissue temperature for therapeutic and research use.
Thermofield® Noninvasive Deep Tissue Heating System
A patented technology that uses specialized applicators to deliver controlled radiofrequency energy and gently warm deep tissues for noninvasive deep tissue heating.
Noninvasive deep tissue heating system
A portable system that delivers targeted radiofrequency energy through direct-contact applicators to raise internal tissue temperature for therapeutic and research use.
Thermofield® Noninvasive Deep Tissue Heating System
A patented technology that uses specialized applicators to deliver controlled radiofrequency energy and gently warm deep tissues for noninvasive deep tissue heating.
Expertise Areas
- Noninvasive thermal therapy development
- Clinical safety and tolerability studies
- Device applicator design and engineering
- Physiological research on heat-induced tissue responses
Key Technologies
- Radiofrequency-based deep tissue heating
- Direct-contact applicators
- Portable therapeutic device design
- Noninvasive thermal modulation
News & Updates
Article describing the use of targeted thermal therapy to support recovery by improving circulation, reducing inflammation, and promoting tissue repair.
Article outlining potential benefits of deep tissue heating for chronic pain, including pain relief without medication and improved mobility.
Overview of thermal therapy mechanisms and applications, and description of a system that uses radiofrequency to deliver deep tissue heating.
Website states the core technology is covered by one or more patents for a noninvasive deep tissue heating system.
A controlled safety study evaluated 80 treatments in 20 healthy volunteers over six weeks, reporting safety and tolerability at specified temperature settings with no serious adverse events.
Article describing the use of targeted thermal therapy to support recovery by improving circulation, reducing inflammation, and promoting tissue repair.
Article outlining potential benefits of deep tissue heating for chronic pain, including pain relief without medication and improved mobility.
Overview of thermal therapy mechanisms and applications, and description of a system that uses radiofrequency to deliver deep tissue heating.
Website states the core technology is covered by one or more patents for a noninvasive deep tissue heating system.
A controlled safety study evaluated 80 treatments in 20 healthy volunteers over six weeks, reporting safety and tolerability at specified temperature settings with no serious adverse events.