Upper Limb Rehabilitation Robot

Full coverage of the rehabilitation period, intelligent power regulation, to meet the early to middle and late rehabilitation, force feedback technology, 0-5 muscle strength to meet the different needs of users, Intuitive interactive interface, shorter training preparation time, real-time status data display, and excellent human-computer interaction technology, The whole training process is digitized, and each training action is evaluated accurately and objectively until the training analysis report is generated,

AIDOCTOR offers efficient solutions and services with robotic rehabilitation & intelligent aid& healthcare device for movement therapy!

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Description

Quick Details

use:: medical treatment

Place of Origin:: Shanghai, China

Brand Name:: AI Docotor

Model Number:: ZYS-ZNSZ-002

Material:: Space ultra-light stainless steel

Color:: White

MOQ:: 1

Packing:: 1set/carton box,then wooden carton

Carton Size:: 50*50*40cm

Feature:: Arm Rehabilitation Exercise

Advantage:: artificial intelligence

After-sales Service:: one-year free warranty and spare parts replacement

The weight of the:: 20KG

Custom service:: support

model	ZYS-ZNSZ-002
Material	Space ultra-light stainless steel
Advantage	Artificial intelligence, active and passive, force feedback, biomechanics, and personalized follow-up analysis capabilities.
After-sales Service	Lifelong online remote guidance operation and related training, one-year free warranty and spare parts replacement, irregular on-site inspection and testing
Keywords	Robot, intelligent medical device, rehabilitation robot, upper limb rehabilitation robot, upper limb rehabilitation device
Feature	Arm Rehabilitation Exercise

Features :
A: Full coverage of the rehabilitation period, intelligent power regulation, to meet the early to middle and late rehabilitation, force feedback technology, 0-5 muscle strength to meet the different needs of users;
B: Intuitive interactive interface, shorter training preparation time, real-time status data display, and excellent human-computer interaction technology;
C: The whole training process is digitized, and each training action is evaluated accurately and objectively until the training analysis report is generated;
D: Rich and personalized refined training programs, including intensive training of motor control, muscle strength and cognitive ability;
E: Humanized interaction design, 1 minute to complete the training from the computer to the start, with an average of 15 people trained every day;
F: Immersive interactive experience, can simulate a variety of different scenarios, so that patients in the game to complete rehabilitation training; A therapist's good assistant helps the therapist complete 1 million repetitions a year!
Product Introduction:
Upper limbs, wrist, ankle, hand, waist, lower limbs and other different forms of complementary robots are all getting more and more popular .So that rehabilitation no longer requires a lot of boring manual training, can greatly improve the efficiency of rehabilitation. In the past, it was only one-to-one artificial rehabilitation training.Now robots can achieve one-to-one rehabilitation training, thus liberating therapists!
Main functions: 
1：Force feedback technology to meet the needs of users in different periods. Force feedback is one of the core technologies of the series rehabilitation robots. Through force feedback algorithms and high-performance motors, the "force" of the therapist's hands can be simulated. When the user's strength is insufficient, the robot's power increases to help the user complete the action and guide the user to establish the correct movement mode in the early stage. As the user gradually regains muscle strength,Robots reduce power and even give resistance, which can achieve a variety of task-oriented training, accurately and objectively quantify each action, while meeting the rehabilitation needs of the middle and late stages; 2：Immersive interactive experience This rehabilitation robots, together with self-developed high-performance motion control cards, can simulate different degrees of resistance, inertia force, elasticity and obstacles, bringing users a real multi-sensory interactive experience of audio-visual touch. All kinds of training modes combine with diversified game scenes to stimulate users to devote themselves to training, so that rehabilitation training is no longer single and boring.The user completes the rehabilitation training in the game. 3：The training process is quantitative. This intelligent rehabilitation robots quantify each action accurately and objectively through multi-dimensional force sensors and position sensors. The equipment supports multi-dimensional functional assessment such as range of motion, muscle strength and cognition, and provides better training methods through the comparison of assessment results and data analysis. Based on the evaluation results, the series of rehabilitation robots can intelligently recommend training parameters.At the end of each training, an analysis report is automatically generated to provide quantitative data reference for the rehabilitation process. Full coverage of rehabilitation period, including rich situational interactive training, simple operation, high cost performance, so as to meet the training needs of different scenarios from tertiary hospitals to communities. 4：Multiple skills in one This Upper Limb Rehabilitation Robot integrates a variety of functional training modes to achieve a combination of motor control training and cognitive training, static strength training and dynamic strength training, single joint training and complex functional training, and upper limb unilateral training and bilateral collaborative training. 5：Personalized Training Customization This robot offers a wide range of training options for upper limb motor function. Therapists can also make individualized exercise prescriptions according to different situations of users, so as to realize arbitrary trajectory training in the plane.