01 Assessment
01
Patient Positioning
The patient lies comfortably in a safe supine position.
Patent Pending · Series A Ready
The Future of
Rehabilitation
Starts Here.
NEUROFLEX is an adaptive robotic rehabilitation platform that uses real-time force feedback to personalize therapy and accelerate recovery.
0%
of adults experience knee pain
0%
of PT caseloads are leg & knee rehab
FORCE SENSING
142.3 N · Real-time
AI CONTROL
Adapting assistance
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International Recognition
Award-Winning Rehabilitation Innovation
NEUROFLEX has received international recognition for its adaptive rehabilitation technology.
Gold Medal
1 Idea 1 World International Innovation, Design & Startup Competition
Türkiye · 2025
Gold Medal
China (Shanghai) International Technology Fair / International Invention & Innovation Expo
Shanghai, China · Jun 2025
The Problem
Rehabilitation is facing a global challenge.
Conventional rehabilitation is repetitive, manual, and rarely adapts to the individual. Therapists are overburdened, patients lose motivation, outcomes suffer.
Growing Aging Population
The global population aged 65+ is projected to double by 2050, dramatically increasing rehab demand.
Increasing Rehab Demand
Knee and lower-limb conditions are among the fastest-rising causes of disability worldwide.
Therapist Shortages
Healthcare systems face a structural shortage of physical therapists in nearly every market.
Long Recovery Periods
Conventional manual therapy is slow, repetitive, and limited by therapist availability.
Limited Access
Advanced rehabilitation equipment remains concentrated in elite urban hospitals.
Our Solution
Adaptive Rehabilitation Intelligence.
Traditional rehabilitation devices deliver fixed assistance.
NEUROFLEX continuously measures patient effort and automatically adjusts support in real time.
More personalized therapy
Greater patient engagement
More efficient rehabilitation
Improved recovery experience
Real-Time Monitoring Adaptive Assistance Clinical Environment
How It Is Used
Patient Rehabilitation Journey
Simple, Safe, and Intelligent Rehabilitation Process
Step 01
02 Setup
02
Device Setup
The leg is positioned inside the NEUROFLEX rehabilitation device.
03 Recovery
03
Adaptive Therapy
The patient performs rehabilitation while NEUROFLEX provides intelligent real-time assistance.
How It Works
Real-Time Adaptive Rehabilitation Technology
A closed-loop system that senses, understands, and responds to every patient in real time.
Step 01
Force-Sensing Footplate
A force-sensing footplate continuously measures how much force the patient applies during rehabilitation exercises.
This real-time input allows the system to understand the patient's current physical capability and participation level.
Step 02
Movement Capability Detection
NEUROFLEX continuously analyzes the patient's movement performance and rehabilitation progress in real time.
The system evaluates strength, motion quality, and engagement throughout each rehabilitation session.
Step 03
Adaptive Robotic Assistance
Based on patient input and performance, the robotic system automatically adjusts assistance or resistance levels.
Patients receive only the support they need, encouraging active participation and progressive recovery.
Unlike traditional rehabilitation devices that provide fixed assistance, NEUROFLEX continuously adapts to each patient's real-time performance, creating a personalized rehabilitation experience.
See NEUROFLEX in Action
Watch how NEUROFLEX transforms patient effort into adaptive rehabilitation support through real-time intelligent assistance.
Real-Time Monitoring
Continuously measures patient performance during rehabilitation exercises.
Adaptive Assistance
Automatically adjusts support levels based on patient capability.
Personalized Recovery
Creates a rehabilitation experience tailored to each patient's needs.
Research & Development Journey
From Research to Innovation
NEUROFLEX was developed through an interdisciplinary process combining engineering design, biomechanics research, prototype validation, and embedded electronics development.
STAGE 01
STAGE 01
Engineering Design & Development
The development process began with mechanical design and computer-aided engineering. Multiple design iterations were created and evaluated to optimize rehabilitation motion, safety, and usability.
- CAD-Based Development
- Mechanical Optimization
- Engineering Validation
STAGE 02
STAGE 02
Biomechanics & Anatomical Research
Human anatomy and biomechanics were carefully studied to ensure that rehabilitation movements align with natural joint motion and clinical rehabilitation principles.
- Human Anatomy Research
- Biomechanical Analysis
- Clinical Relevance
STAGE 03
STAGE 03
Prototype Development & Testing
Early rehabilitation prototypes were developed and tested to validate mechanical concepts, motion trajectories, and patient-device interaction before advancing to the current NEUROFLEX system.
- Prototype Validation
- Functional Testing
- User Interaction Study
STAGE 04
STAGE 04
Embedded Electronics & Control System
A custom electronic control system was developed to integrate sensors, motor control, and real-time adaptive rehabilitation algorithms, forming the intelligence behind NEUROFLEX.
- Custom Electronics
- Sensor Integration
- Adaptive Control System
"NEUROFLEX is not only a rehabilitation device. It is the result of multidisciplinary research, engineering innovation, clinical understanding, and intelligent control system development."
Why We Are Different
A smarter way to recover.
Traditional Rehabilitation
Manual & Fixed
- Fixed assistance
- Limited personalization
- High therapist workload
- Inconsistent progression
NEUROFLEX
Adaptive & Intelligent
- Real-time adaptation
- Patient-specific support
- Automation-assisted therapy
- Dynamic progression
Market Opportunity
A multi-billion dollar opportunity.
Rehabilitation Robotics
2024
$428M
2030
$1.03B
15.2% CAGRHome-based use is the fastest-growing sub-segment.
Total Knee Replacement
2024
$9.8B
2034
$16.3B
5.3% CAGREvery TKA patient requires guided rehabilitation.
Fastest growing
Lower-limb rehabilitation is one of the fastest growing healthcare sectors.
100% addressable
Every TKA patient requires weeks of guided post-op rehabilitation.
Underserved
Asia-Pacific markets show 18%+ CAGR with limited domestic supply.
Target Customers
Who we serve.
Rehabilitation Hospitals
Specialized inpatient and outpatient rehab centers
Physical Therapy Clinics
Private and chain outpatient PT practices
Sports Medicine Centers
Athletic recovery and performance rehab
Orthopedic Centers
Post-surgical rehabilitation programs
Home Rehab Providers
Telehealth and at-home rehab networks
Government Healthcare
National rehab and public health programs
Patent Office
Protected Innovation
Patent Pending
Application No. 2603000621 TH
Real-Time Force Feedback
Adaptive Assistance Algorithm
Safe Supine Rehabilitation Design
Multi-Condition Rehab Platform
Business Model
Scalable revenue model.
Six revenue streams combining hardware sales, recurring services, and software — designed to compound as the install base grows.
01
Device Sales
Direct sales to hospitals and clinics
02
Hospital Leasing
Capital-efficient leasing programs
03
Maintenance Contracts
Recurring service and calibration revenue
04
Software Upgrades
Algorithm and feature releases
05
Data Analytics Platform
Clinical insights and outcome reporting
06
Home Rehab Subscription
Future direct-to-patient recurring revenue
Roadmap
Growth strategy.
2025
Prototype Validation
Working prototype validated; bench and lab testing complete.
2026
Clinical Pilot Programs
First clinical pilots with partner hospitals; IRB-approved studies.
2027
Hospital Deployment
Commercial launch in Thailand; first paying institutional customers.
2028
Regional Expansion
Distribution across ASEAN; regulatory clearance in key markets.
2029
Global Commercialization
International channels in EU, Middle East, and Americas.
Founding Team
Meet the founders.
Intuch Vikman Kamollertvara
Co-Founder · Research & Technology Lead
Drives technical architecture, R&D, and adaptive control systems.
Bhubhu.ivk@gmail.com
Inteera Vikman Kamollertvara
Co-Founder · Innovation & Business Lead
Leads commercial strategy, partnerships, and innovation development at NEUROFLEX.
piper.ivk@gmail.comAdvisory Board
NEUROFLEX is led by its founding team and supported by advisors across clinical, engineering, and commercialization.
Assoc. Prof. Napamanee Kornthong, Ph.D.
Clinical Anatomy & Rehabilitation Advisor
Chulabhorn International College of Medicine (CICM)
Advises on human anatomy, rehabilitation science, and clinical relevance to support safe and effective rehabilitation device design.
Dr. Wiput Tuvayanond, Ph.D.
Engineering Advisor
Asian Institute of Technology (AIT)
Advises on engineering development, system architecture, and technical innovation for adaptive rehabilitation technology.
Khemika Chivapornthip
Business Strategy & Commercialization Advisor
Advises on business model development, market positioning, partnership strategy, and commercialization planning.
Investment Opportunity
Join us in transforming rehabilitation.
NEUROFLEX is building the next generation of adaptive rehabilitation technology to improve recovery outcomes and expand access to intelligent rehabilitation worldwide.
Contact
Connect with NEUROFLEX.
For investment, clinical collaboration, distribution, or strategic partnerships, please contact our founding team.
Founder Contact
piper.ivk@gmail.com
Location
Bangkok, Thailand