RehabMate

Welcome
Product
BalanceGo
HappyGoGo
GaitBEST
RehabMate
Telerehabilitation
Medical uses
Home exercises
LongGood
About
Contact Us
- Welcome
- Product
  BalanceGo
  HappyGoGo
  GaitBEST
  RehabMate
- Telerehabilitation
  Medical uses
  Home exercises
- LongGood
  About
  Contact Us

Welcome
Product
BalanceGo
HappyGoGo
GaitBEST
RehabMate
Telerehabilitation
Medical uses
Home exercises
LongGood
About
Contact Us
- Welcome
- Product
  BalanceGo
  HappyGoGo
  GaitBEST
  RehabMate
- Telerehabilitation
  Medical uses
  Home exercises
- LongGood
  About
  Contact Us

RehabMate
Bringing Real-World ADL Cognitive Training to Table
A tabletop rehabilitation system that seamlessly connects real objects with digital ADL tasks — enabling therapists to deliver meaningful, engaging, and measurable cognitive training.
DOWNLOAD NOW
CONTACT US
Clinical Problem
The Challenge in ADL Cognitive Training
Traditional ADL cognitive training often relies on verbal instruction, imagination, or flat-screen interaction.
Patients may struggle to transfer these exercises to real-life situations due to limited physical engagement and contextual realism.
Solution Overview
A Real-Object–Driven ADL Training System
RehabMate integrates a tablet, a wide-angle downward camera, and physical tabletop objects to create an intuitive ADL cognitive training environment.
Patients interact with real, scaled physical objects while simultaneously seeing their actions reflected inside a digital ADL task on the screen.
This bridges the gap between thinking, seeing, and doing.
Therapy Scenario: ADL – Supermarket Shopping
Train Daily Decision-Making Through Real Interaction
In the Supermarket Selection ADL task:
The patient sits comfortably at a table
Scaled physical objects (apple, orange, dragon fruit) are placed in front of them
The patient physically picks up and moves the objects
The tablet screen displays a virtual supermarket shelf
Each real movement is mirrored as an in-game action — placing items into a digital shopping basket
This reinforces:
Object recognition
Task sequencing
Attention and working memory
Hand-eye coordination
Executive function
Why Occupational Therapists Choose RehabMate
Built for Clinical Practice
ADL-focused task design
Real-object interaction instead of abstract input
Immediate visual feedback
Simple session setup
Highly intuitive for elderly users
Easy to explain, easy to observe, easy to document
rehabmate supports therapists in delivering functional, goal-oriented cognitive rehabilitation that closely mirrors daily life.
Frequently Asked Questions
Add a subtitle here
What type of therapy is rehabmate designed for?
rehabmate is designed for ADL-based cognitive training in occupational therapy.
It focuses on functional daily tasks—such as shopping, object selection, and task sequencing—by combining real-world object manipulation with digital ADL scenarios. This approach supports cognitive functions including attention, executive function, working memory, and problem-solving.
How is rehabmate different from traditional tablet-based cognitive games?
Unlike conventional cognitive apps that rely only on touch or abstract interaction, rehabmate integrates real physical objects on a tabletop.
Patients physically pick up and move objects, while their actions are mirrored inside the digital ADL task. This strengthens perception–action coupling and improves transfer of training to real-life daily activities.
What kind of patients is rehabmate suitable for?
rehabmate is suitable for a wide range of patients, including:
Older adults with cognitive decline
Post-stroke patients
Patients with mild to moderate cognitive impairment
Patients who benefit from task-oriented ADL training
The system is designed to be intuitive and low-burden, making it appropriate even for users with limited technology experience.
Does rehabmate require complex setup or technical operation?
No. rehabmate is designed for quick and simple setup in clinical environments.
Therapists place the tablet and camera on a table, arrange the physical objects, and start the session. The system automatically captures the interaction area and displays live visual feedback, allowing therapists to focus on treatment rather than technology.