Upper Limb Joint Rehabilitation Training System: Making Every Training Less Evidence-Based!

Upper limb function recovery is not simply a matter of "practicing more times." Truly effective rehabilitation training requires assessment, prescription, training, and data-driven review. The Upper Limb Joint Rehabilitation Training System (XY-SZGJK-II) focuses on assessment, training, prescription, and reporting, taking traditional upper limb rehabilitation training into a new stage of standardization, refinement, and visualization.

Why Use an Upper Limb Joint Rehabilitation Training System? 

For individuals with stroke, nerve damage, post-orthopedic surgery, and those experiencing functional decline in the elderly, upper limb function directly impacts daily living abilities such as eating, dressing, washing, grasping, and transferring.

Therefore, modern rehabilitation needs a device that can "drive arm movement", and even more so, a set of rehabilitation tools that can link assessment, training, prescription, and reporting.

What Is An Upper Limb Joint Rehabilitation Training System?

It consists of a two-link robotic arm, a height-adjustable table, training handles, training hand rests, a display screen, a keyboard and mouse, a camera, and software. It is suitable for rehabilitation training of patients with upper limb joint dysfunction (this product is only for adults with upper limb joint dysfunction caused by non-organic reasons and cannot be used for other purposes).

Advantages of Upper Limb Joint Rehabilitation Training

01. Addressing Clinical and Management Pain Points with Data-Driven Support

Focusing on clinical and management pain points, the value of upper limb joint rehabilitation training devices lies not in simply replacing manual training, but in providing more complete, intuitive, and sustainable data-driven support for upper limb function assessment and training, based on the therapist's professional judgment.

02. Intelligent Prescription: Transforming "Assessment Results" into "Training Plans"

In rehabilitation training, prescriptions are not simply about arranging a few training items, but about combining training plans suitable for the current stage based on the patient's current ability, the condition of the affected side, training goals, and tolerance. The device supports the creation of training plans within the system, combining different training items, protection thresholds, training speeds, training durations, etc., allowing therapists to more clearly personalize settings.

03. Six Major Assessments: Identifying the Problem Before Developing a Plan

The first step in rehabilitation training is understanding exactly "where the patient is limited and to what extent." The device offers a multi-dimensional assessment module, evaluating aspects such as joint range of motion, motor control, muscle strength, grip strength, and scales, helping therapists establish a relatively clear functional profile before training.

04. Six Training Modules: Covering Different Recovery Stages

The training goals for upper limb rehabilitation are not singular: improving joint mobility, enhancing muscle strength, coordination, and control, and gradually returning to daily living activities. Therefore, the device divides the training content into multiple modules, allowing therapists to combine them according to the patient's stage.

In terms of training methods, the device supports different modes, including passive, assisted, active, and resistance. When the patient's ability is weak, the device provides more assistance; as the patient's ability improves, active participation and resistance challenges are gradually increased, making the training more in line with the "gradual" rehabilitation principle.

05. Providing Assistance and Support Throughout the Entire Cycle, as Needed

Upper limb rehabilitation training avoids two extremes: one is too low training intensity, where the patient merely passively follows without sufficient active participation; the other is too high training intensity, where the patient finds it difficult to complete, easily leading to compensation or frustration. The device, with its adjustable training modes and safety parameters, allows therapists to provide appropriate assistance or support at different stages.

For patients in the early stages, the focus is on reducing training risks and establishing motor awareness and basic range of motion.

For patients in the recovery phase, the focus is on improving active participation, control, and strength output.

For patients in the functional improvement phase, more complex trajectories, ADL tasks, and interactive training can be added to help patients transition to everyday life scenarios.

06. 20+ Training Trajectories: Making Movement Goals More Specific The value of trajectory training lies in transforming simple movements like "lifting" and "stretching" into identifiable, repeatable, and adjustable movement tasks. The device has multiple built-in training trajectories, organized according to different dimensions such as shared, left, and right sides, covering training needs related to shoulder, elbow, wrist, and upper limb compound movements.

Safety Protection Function for Upper Limb Joint Training 

A. Emergency Stop Protection Function

Warning: When the emergency stop button is pressed during operation, the product stops moving, the status indicator light illuminates red, and the display screen displays "Emergency stop button pressed. Please confirm safety before turning the emergency stop button." The device resumes operation after the emergency stop button is turned.

B. Spasm Protection Function

Warning: When the training handle bears a force ≥ 60N during operation, the spasm protection function is triggered. The product stops moving, the status indicator light illuminates red, and the touchscreen displays "Force overload error occurred." The device resumes operation after pressing "OK" on the screen.

C. Electronic Fence Function

The device has an internal electronic fence limit (virtual existence) to prevent movement beyond the device's normal operating range during normal training, thus preventing secondary injuries and protecting user safety.

Summary for Upper Limb Joint Rehabilitation

Upper Limb Joint Rehabilitation Training System integrates multiple training modes, multidimensional assessments, over 20 tracks, and visual reports through a closed-loop design of "assessment-prescription-training-reporting," making rehabilitation training more standardized, the process clearer, and its effects more easily visible.

From a single training exercise to a comprehensive plan; from a single record to a report; from simple movement practice to a complete rehabilitation loop, the upper limb joint rehabilitation training device makes upper limb rehabilitation more scientific and professional, allowing patients to track every step of their recovery.

Q&A

Q1: What is the indications?

Suitable for rehabilitation training of patients with upper limb joint dysfunction.

Q2: What is the contraindications?

Mental abnormalities, unstable vital signs, broken skin on the surface of upper limb joints, unhealed upper limb fractures without internal fixation, upper limb bone and joint tumors, and other conditions deemed unsuitable for rehabilitation training by a rehabilitation physician.

Q3: Which kind of training modes is included?

Passive training, active training, assisted training, etc.

Q4. How long for product lifespan?

10 years.

Q5. Does it have spasticity protection?

Yes, trigger value 60N.

Q6. Does it include game training?

Yes, it offers multiple game training options.