Product application solutions for Chinese medicine clinics
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1. Core technology and equipment configuration
Intelligent physiotherapy robot technology
AI acupoint positioning and ancient method reproduction: Through 3D visual scanning and millimeter wave radar technology, the acupoint positioning error is ≤0.5cm, accurately matching the high-frequency physiotherapy needs of the lumbar spine, knee joints, etc., and replicating 20+ traditional moxibustion techniques such as spiral moxibustion and sparrow pecking moxibustion.
Smokeless open fire moxibustion system: Adopting negative pressure smoke exhaust and graphene temperature control technology, it supports smokeless operation of open fire moxibustion, monitors temperature in real time (45-55℃), avoids the risk of scalding, and the daily service volume of a single device can reach 4-6 times that of traditional manual labor.
Multimodal physiotherapy function: Combined with shock wave technology (16 times/second high-frequency vibration) to relieve fascia adhesion, and through radio frequency thermal therapy (44-45℃) to accelerate blood circulation and improve sub-health conditioning efficiency.
Skin repair instrument technology
Radio frequency-light energy synergistic repair: Adopting eight-level radio frequency combined with IPL strong pulsed light to accelerate postoperative incision healing and scar fading. Clinical data show that skin elasticity is improved by 35% and scar fading rate exceeds 60%.
Biosensor dynamic adjustment: Integrate sweat component sensor and AI algorithm to analyze skin moisture and oil balance in real time, and automatically match repair solutions (such as blue light sterilization mode).
2. Service scenarios and process optimization
Precise physical management
Intelligent detection-physical therapy closed loop: Through tongue diagnosis instrument and infrared thermal imaging technology (generating physical report in 10 seconds), linkage physical therapy robot performs personalized solutions such as cold and damp physical conditioning and joint care.
Traditional Chinese medicine syndrome differentiation and moxibustion: Based on user physical data (such as yang deficiency, phlegm and dampness), automatically generate acupoint combination and moxibustion duration, and the efficacy is 40% higher than traditional manual.
Efficient service scenarios
Unmanned physiotherapy area: deploy self-service moxibustion robots, support scanning codes to start "30 minutes of waist relief" or "15 minutes of shoulder and neck relaxation", reduce the cost of a single service by 60%, and increase the daily service volume to 6 times that of traditional manual services.
Postoperative rehabilitation and chronic disease management: For patients with arthritis and lumbar disc herniation, shock wave + electromagnetic energy penetration technology is used to reduce the pain index by 70% and shorten the treatment cycle by 25%.
Safety and hygiene guarantee
Non-contact physiotherapy: The robotic arm is suspended for moxibustion (3cm away from the skin), and the automatic dust removal and disinfection module is used to avoid the risk of cross infection.
Emergency protection system: equipped with collision detection, temperature monitoring and limit brake modules, no manual intervention is required throughout the process.
3. Intelligent operation management
Data-driven service upgrade
User health profile: Integrate tongue image, physical data and physiotherapy records, AI generates combination packages such as "three high people conditioning + skin repair", and the repurchase rate is increased to 65%.
Equipment performance optimization: The IoT platform analyzes equipment utilization and energy consumption in real time, dynamically schedules maintenance cycles, and controls the failure rate below 5%.
Cost reduction and efficiency improvement model
Robots replace manual labor: The robotic arm performs massage, cupping and other operations, reducing labor costs by 50%, while ensuring service standardization (such as acupoint positioning error ≤ 0.3cm).
Digital operation closed loop: Through the cloud management system, user data synchronization, online consultation and efficacy tracking are achieved, and service efficiency is improved by 30%.
IV. Construction of differentiated competitiveness
Clinical effect verification
The intelligent moxibustion robot has reduced the knee pain relief rate by 40%, and the user satisfaction rate exceeds 92%;
The user renewal rate of the radio frequency repair instrument has increased to 70%, and the scar repair efficiency has increased by 40% compared with traditional methods.
Brand value enhancement
Use the "AI+TCM" model to create a technological TCM clinic, with the cost of a single physical therapy being only 1/3 of that of traditional services, to attract young customers;
Establish an industry benchmark through "precision moxibustion + data management" to enhance the brand premium ability of institutions.
V. Implementation strategy
Pilot priority: deploy physical therapy robots in TCM clinics with large customer flow to quickly verify service processes and market acceptance;
Policy coordination: apply for special subsidies for "smart TCM" to reduce equipment procurement costs;
Experience marketing: carry out the "AI physical fitness test + free moxibustion experience" activity, combined with the efficacy comparison data short video drainage.
Through the integration of "intelligent hardware + TCM syndrome differentiation + data middle platform", TCM clinics can achieve service standardization, efficacy visualization and sustainable operation, and reshape the traditional TCM service model.
Intelligent physiotherapy robot technology
AI acupoint positioning and ancient method reproduction: Through 3D visual scanning and millimeter wave radar technology, the acupoint positioning error is ≤0.5cm, accurately matching the high-frequency physiotherapy needs of the lumbar spine, knee joints, etc., and replicating 20+ traditional moxibustion techniques such as spiral moxibustion and sparrow pecking moxibustion.
Smokeless open fire moxibustion system: Adopting negative pressure smoke exhaust and graphene temperature control technology, it supports smokeless operation of open fire moxibustion, monitors temperature in real time (45-55℃), avoids the risk of scalding, and the daily service volume of a single device can reach 4-6 times that of traditional manual labor.
Multimodal physiotherapy function: Combined with shock wave technology (16 times/second high-frequency vibration) to relieve fascia adhesion, and through radio frequency thermal therapy (44-45℃) to accelerate blood circulation and improve sub-health conditioning efficiency.
Skin repair instrument technology
Radio frequency-light energy synergistic repair: Adopting eight-level radio frequency combined with IPL strong pulsed light to accelerate postoperative incision healing and scar fading. Clinical data show that skin elasticity is improved by 35% and scar fading rate exceeds 60%.
Biosensor dynamic adjustment: Integrate sweat component sensor and AI algorithm to analyze skin moisture and oil balance in real time, and automatically match repair solutions (such as blue light sterilization mode).
2. Service scenarios and process optimization
Precise physical management
Intelligent detection-physical therapy closed loop: Through tongue diagnosis instrument and infrared thermal imaging technology (generating physical report in 10 seconds), linkage physical therapy robot performs personalized solutions such as cold and damp physical conditioning and joint care.
Traditional Chinese medicine syndrome differentiation and moxibustion: Based on user physical data (such as yang deficiency, phlegm and dampness), automatically generate acupoint combination and moxibustion duration, and the efficacy is 40% higher than traditional manual.
Efficient service scenarios
Unmanned physiotherapy area: deploy self-service moxibustion robots, support scanning codes to start "30 minutes of waist relief" or "15 minutes of shoulder and neck relaxation", reduce the cost of a single service by 60%, and increase the daily service volume to 6 times that of traditional manual services.
Postoperative rehabilitation and chronic disease management: For patients with arthritis and lumbar disc herniation, shock wave + electromagnetic energy penetration technology is used to reduce the pain index by 70% and shorten the treatment cycle by 25%.
Safety and hygiene guarantee
Non-contact physiotherapy: The robotic arm is suspended for moxibustion (3cm away from the skin), and the automatic dust removal and disinfection module is used to avoid the risk of cross infection.
Emergency protection system: equipped with collision detection, temperature monitoring and limit brake modules, no manual intervention is required throughout the process.
3. Intelligent operation management
Data-driven service upgrade
User health profile: Integrate tongue image, physical data and physiotherapy records, AI generates combination packages such as "three high people conditioning + skin repair", and the repurchase rate is increased to 65%.
Equipment performance optimization: The IoT platform analyzes equipment utilization and energy consumption in real time, dynamically schedules maintenance cycles, and controls the failure rate below 5%.
Cost reduction and efficiency improvement model
Robots replace manual labor: The robotic arm performs massage, cupping and other operations, reducing labor costs by 50%, while ensuring service standardization (such as acupoint positioning error ≤ 0.3cm).
Digital operation closed loop: Through the cloud management system, user data synchronization, online consultation and efficacy tracking are achieved, and service efficiency is improved by 30%.
IV. Construction of differentiated competitiveness
Clinical effect verification
The intelligent moxibustion robot has reduced the knee pain relief rate by 40%, and the user satisfaction rate exceeds 92%;
The user renewal rate of the radio frequency repair instrument has increased to 70%, and the scar repair efficiency has increased by 40% compared with traditional methods.
Brand value enhancement
Use the "AI+TCM" model to create a technological TCM clinic, with the cost of a single physical therapy being only 1/3 of that of traditional services, to attract young customers;
Establish an industry benchmark through "precision moxibustion + data management" to enhance the brand premium ability of institutions.
V. Implementation strategy
Pilot priority: deploy physical therapy robots in TCM clinics with large customer flow to quickly verify service processes and market acceptance;
Policy coordination: apply for special subsidies for "smart TCM" to reduce equipment procurement costs;
Experience marketing: carry out the "AI physical fitness test + free moxibustion experience" activity, combined with the efficacy comparison data short video drainage.
Through the integration of "intelligent hardware + TCM syndrome differentiation + data middle platform", TCM clinics can achieve service standardization, efficacy visualization and sustainable operation, and reshape the traditional TCM service model.
