AI Massage Robot

$12,450.00

描述

Premium Sports & Rehab System: The Future of Robotic Therapy

5-in-1 Intelligent Recovery Solution | AI-Powered Precision | £12,450

The Premium Sports & Rehab System is a state-of-the-art, 5-in-1 intelligent therapy robot designed to revolutionize recovery and performance. Engineered for professional

physiotherapy clinics, sports rehab centers, and high-end wellness facilities, this system combines five powerful modalities into a single, autonomous platform.

By integrating EMS, Deep Tissue Massage, RF Heating, Red Light Phototherapy, and Thermal Conduction, the system provides a comprehensive, multi-layered approach to injury recovery, muscle activation, and pain management.


Advanced 5-in-1 Therapy Modalities

The Premium Sports & Rehab System utilizes a synergistic approach to treatment, allowing therapists to target multiple layers of tissue simultaneously:

 

Modality                                           Function                                           Key Benefits

 

EMS (Electrical Muscle Stimulation) Deep muscle activation and fiber recruitment. Accelerates recovery,

improves muscle tone, and prevents atrophy.

 

Deep Tissue Mechanical Massage

Multi-angle articulated robotic arm simulating manual therapy. Relieves chronic tension,

breaks down adhesions, and improves mobility.

 

RF Heating (Radio Frequency)

 

Targeted deep-tissue thermal conduction.

Enhances local circulation, relaxes deep muscle fibers, and aids tissue repair.
 

 

Red Light Phototherapy

 

Specific wavelengths for cellular and soft tissue  support.

Stimulates collagen

production, reduces

inflammation, and speeds healing.

 

Thermal Conduction

 

Controlled surface heating (55-65°C).

Provides immediate comfort, vasodilatation, and enhanced flexibility.

 


 

Intelligent AI Features & Precision Control

At the heart of the system is a sophisticated AI engine that ensures every treatment is as unique as the patient receiving it:

  • AI Posture & Body Scanning: Before every session, the system performs a high- precision scan to map the patient’   s unique body contours and posture, ensuring perfect alignment for the robotic arm.
  • Real-Time Adaptive Pressure: Sensors monitor muscle tone and resistance throughout the session, adjusting the mechanical pressure in real-time to maximize therapeutic

effect without discomfort.

  • Intuitive Touchscreen Interface: A built-in high-defi nition display allows operators to choose from pre-set clinical protocols or manually override settings for a fully

customized session.

  • Multi-User Profiles: Seamlessly manage different clients or operators with saved preferences and treatment histories.

Technical Specifications

Built for heavy-duty professional use, the system is both powerful and easy to integrate into any clinical environment:

 

Feature Specification
Dimensions Approx. 120 cm (L) × 75 cm (W) × 165 cm (H)
Weight ~145 kg (Robust, stable construction)
Power Supply 220V AC (50/60 Hz)
Power Consumption ~1200 W
 

Installation

Plug-and-play; no specialized hard-wiring required
Certifications CE-Certified for UK, EU, and International medical/wellness standards

 


 

The Professional Choice for Recovery

Already deployed in top-tier rehabilitation centers across China, this system is the ideal investment for:

  • Physiotherapy Clinics: Automate repetitive manual therapies while maintaining high- precision results.
  • Sports Therapy & Rehab Centers: Provide elite-level recovery for high-performance athletes.
  • High-End Wellness Clinics: Offer a futuristic, tech-driven treatment experience that sets your business apart.
  • Performance Centers: Focus on injury prevention and rapid recovery for clients who demand the best.

“The Premium Sports & Rehab System bridges the gap between traditional manual therapy and autonomous medical technology, providing a scalable, consistent, and highly effective solution for modern recovery.”


Investment: £12,450

Includes standard power adaptation for your region and fu l CE-certied documentation.