Medical robot
For Stroke
Rehabilitation

Medical robotics is a rapidly growing field that is transforming stroke rehabilitation. Stroke is a leading cause of disability worldwide, and traditional rehabilitation therapies can be time-consuming and intensive. Medical robots can provide patients with a more intensive, targeted, and repetitive form of therapy.

Learn More Today!

Medical robot
For Stroke
Rehabilitation

Medical robotics is a rapidly growing field that is transforming stroke rehabilitation. Stroke is a leading cause of disability worldwide, and traditional rehabilitation therapies can be time-consuming and intensive. Medical robots can provide patients with a more intensive, targeted, and repetitive form of therapy.

Learn More Today!

Medical robot
For Stroke
Rehabilitation

Medical robotics is a rapidly growing field that is transforming stroke rehabilitation. Stroke is a leading cause of disability worldwide, and traditional rehabilitation therapies can be time-consuming and intensive. Medical robots can provide patients with a more intensive, targeted, and repetitive form of therapy.

Learn More Today!

Welcome to Haxter robotics

Why Haxter Robotics?

Haxter Robotic provides advanced rehabilitation robots designed for stroke patients, crucially addressing the "golden time" within the first 6 months post-stroke, when therapy is most effective. Our robots step in to provide intensive, customizable treatment modes, ensuring patients get the care they need. Our systems allow for real-time, remote monitoring and assessments, offering both cost-efficiency and accessibility. Certified and versatile, our robots adapt to home or clinical use, making Haxter Robotic the ideal solution for effective, timely rehabilitation.


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Our Solution

CURE Robots

The CUREs system includes robotic exoskeletons and end-effectors designed for the rehabilitation of a wide range of body movements. These advanced computer-controlled medical tools assist in physical therapy, aiming to restore mobility in patients with movement impairments caused by neurological disorders such as stroke.

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Assist-as-Needed

From aiding those unable to move independently to strengthening muscles with resistance, CURE’s robots offer tailored therapy solutions that assist the patient as needed for effective treatment.

Plug & Play

A modular solution where one powerful controller seamlessly adapts to various therapies, simply by changing the robot arm!

Rehabilitation Software

Adapts to each stage of recovery with 3 modes:

Training Mode

Supports simple, repetitive motion exercises with an easy-to-use interface for configuring posture, speed, repetitions, stiffness, and assistive force. The robot aids arm movement based on the selected parameters.

Game Mode

Offers physical therapy through games designed for motion exercises. Users can select games and easily adjust training settings, such as increasing resistance or stiffness to encourage greater effort during movements.

Arcade Mode

Provides physical therapy through motion-based games. Users can choose arcade games and adjust settings like resistance or stiffness to enhance movement effort, while also motivating patients to engage in their rehabilitation.

International Certified

CUREs meets the international standards, including ISO-13485 by TUV SUD, IEC-60601-1, and IEC-60601-1-2, ensuring top-tier safety and quality.

CARE Robots

A platform that reduces unnecessary hospital visits for patients by integrating telepresence, telemedicine, and telerehabilitation with advanced devices and sensors. It features desktop and mobile robots connected via a cloud server, enabling efficient remote patient monitoring and medication delivery.

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Home Healthcare Desktop

The Home Healthcare Robot enables remote patient care through telepresence and telerehabilitation, using devices and sensors to ensure efficiency, all without in-person visits.

Mobile Healthcare Robot

The Autonomous Mobile Robot, designed for hospitals and healthcare environments, operates independently without human monitoring and supports various sensors for diverse applications.

TeleRehabilitation

Our innovative telerehabilitation system offers remote assessments and training with AI-powered 3D cameras and wearable sensors, enabling real-time movement tracking and accurate feedback from anywhere.

Wearable Gait Test

Our system monitors gait, posture, and mobility using wearable cameras, providing real-time, automatic assessments. Designed to evaluate fall risk, especially for the elderly, it supports effective prevention and rehabilitation planning

Product Chart

One-Stop Solution for Comprehensive Stroke Care.

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Our Product

Medical Robotics For handle Stroke

wellonik : ExWrist

Accelerate the Recovery Process for Hand Function Rehabilitation

wellonik : ExMotion

Enhancing Rehabilitation with Integrated Arm and Hand Therapy

wellonik : EnMotion 3D

3-Dimensional Upper Limb Therapy with Functional Training

wellonik : ExLeg

Specialize in Leg Rehabilitation

wellonik : Universal Controller

For seamless control of our rehabilitation devices

EnMotion

For stroke patients aiming to enhance upper limb function

ExMotion

Enhancing Rehabilitation with Integrated Arm and Hand Therapy

ExLeg

Specialize in Leg Rehabilitation

Desktop Robot

All-in-One Telepresence Solution for Diagnosis, Treatment & Recovery

Mobile Robot

Specialize in Telemedicine

Gait Test System

Precisely analyse gait with advance technology

Tele-Rehab System

Perform Remote Rehabilitation Effectively with advance AI

OUR MOMENTS

Our Partners

" Benefits of the Haxter are Recognized many hospitals in Thailand "


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