稀有高科，長期致力于前沿新材料石墨烯與傳統中醫學、現代醫學、AI智能、診療大數據的融合創新應用研究，與國內著名三甲醫院、中醫藥大學成立聯合研發項目團隊，致力于石墨烯在健康預防、康復理療和輔助治療領域相關康養產品及醫療裝備的專項研發，為人類追求高品質健康生活提供可持續的產品和服務保障。石墨烯材料在遠紅外熱療、藥物傳遞、組織修復、體征監測等方面展現出獨特的優勢，為慢病治療、康復保健提供了全新的解決方案，其神奇的醫療價值正在陸續得到驗證。
石墨烯是科學界公認優秀的遠紅外發射材料，遠紅外線是人體必需的“生命光波”，石墨烯發射的遠紅外線波長與人體遠紅外線波長十分接近，遠紅外線能夠深入人體內部與水分子產生共振，促進血液循環，強化各組織之間的新陳代謝和增加組織的再生能力，有助于緩解疼痛、促進傷口愈合、改善微循環等，在康復理療、慢性病管理等領域具有廣闊的應用前景。
石墨烯基生物材料具有良好的生物相容性、優異的機械性能和導電性能，為組織工程構建提供了理想的支架材料；它能夠促進細胞在支架上的黏附、增殖和分化，加速組織修復與再生。此外，石墨烯所具有的遠紅外線還能夠促進血管生成和神經再生，為受損組織的全面恢復提供有力支持。
石墨烯作為一種高性能的傳感材料，在健康監測領域同樣具有廣泛應用前景。通過將石墨烯傳感器集成于可穿戴設備中，可以實時監測人體的各項生理指標如心率、血壓、血糖等，為用戶提供個性化的健康管理建議。并且通過石墨烯遠紅外熱成像技術觀察人體體表和內部的溫度分布情況，可以為醫生提供更為直觀、全面的診斷信息。這些創新手段有助于實現早期疾病預警和健康管理，提高人們的生活質量和健康水平。
Rare Hi-Tech has been long committed to the research on the integrated and innovative application of the cutting - edge new material, graphene, with traditional Chinese medicine, modern medicine, AI intelligence, and medical treatment big data. It has established joint R & D project teams with well - known domestic top - level tertiary hospitals and traditional Chinese medicine universities, and is dedicated to the specialized R & D of health - care products and medical equipment related to graphene in the fields of health prevention, rehabilitation physiotherapy, and adjuvant therapy, providing sustainable product and service guarantees for people's pursuit of a high - quality healthy life. Graphene materials have demonstrated unique advantages in far - infrared thermotherapy, drug delivery, tissue repair, and physical sign monitoring, offering brand - new solutions for chronic disease treatment and health care. Its miraculous medical value is being gradually verified.
Graphene is recognized by the scientific community as an excellent far-infrared emitting material. Far-infrared rays are the so-called "life light waves" essential for the human body. The wavelength of the far-infrared rays emitted by graphene is very close to that of the far-infrared rays of the human body. Far-infrared rays can penetrate deep into the human body and resonate with water molecules, promoting blood circulation, enhancing metabolism among various tissues, and increasing the regenerative ability of tissues. It helps relieve pain, promote wound healing, and improve microcirculation, etc. It has broad application prospects in the fields of rehabilitation physiotherapy and chronic disease management.
Graphene-based biomaterials possess excellent biocompatibility, remarkable mechanical properties, and outstanding electrical conductivity, offering an ideal scaffold material for tissue engineering construction. They can promote the adhesion, proliferation, and differentiation of cells on the scaffold, thereby accelerating tissue repair and regeneration. Additionally, the far-infrared rays emitted by graphene can promote angiogenesis and nerve regeneration, providing strong support for the comprehensive recovery of damaged tissues.
Graphene, as a high - performance sensing material, also has broad application prospects in the field of health monitoring. By integrating graphene sensors into wearable devices, various physiological indicators of the human body, such as heart rate, blood pressure, and blood sugar, can be monitored in real - time, providing users with personalized health management advice. Moreover, through graphene far - infrared thermal imaging technology, the temperature distribution on the body surface and inside the human body can be observed, offering doctors more intuitive and comprehensive diagnostic information. These innovative methods contribute to early disease warning and health management, thereby improving people's quality of life and health level.
