Syrebo Upper Limb Rehabilitation Robot SY-UEA2

Product description Syrebo Upper Limb Rehabilitation Robot adopts a full-featured mobile chassis and high-precision optical positioning technology,...
€10.755,95
€10.755,95

OUR PERFECT FIT PROMISE

Medical Approvals FDA and CE
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1-3 business days order handling.

  • SyreboCare

Product description

Syrebo Upper Limb Rehabilitation Robot adopts a full-featured mobile chassis and high-precision optical positioning technology, providing users with various effective target-oriented training to enhance upper limb strength, speed, accuracy, and reshape upper limb functionality.

Weighing only 8kg, it is small and portable, and can meet a variety of scenarios. It offers a wide range of customizable training programs (including strength training, ADL training, ROM training, coordination training, cognitive training, and task-oriented training). It allows therapists to monitor the speed, strength of patient?¡¥s upper limb in real time, to help them adjust the training plan and realize the closed-loop management of the rehab process.

?Key features

  • Ergonomic design, specialized accessory combination
  • Adjustable arm length, suitable for a wide range of patients
  • One-touch height adjustment table,compatible with wheelchairs
  • 4 sets of safety protection systems, increasing safety assurance
  • Omni-directional mobile platform
  • Precision optical positioning, surpassing industry standards

Product principle

?

Its essence is a terminal traction, two-dimensional upper limb rehabilitation robot for upper limb rehabilitation. It is able to actively participate in various sports in rehabilitation therapy and provides assistance with auxiliary or countermovement according to the patient's needs. By designing the rehabilitation movement into the form of a game, the patient is recovering while cooperating and interacting with the robot. It has a flexible motion profile and helps patients perform rehabilitation exercises by providing personalized power and speed control.

The main rehabilitation principle it uses is the motor learning theory. The theory emphasizes the promotion of relearning and remodeling of the central nervous system through extensive repetition and deliberate training to restore impaired motor function.
Then there is the theory of neural plasticity, also known as brain plasticity or neuroplasticity, which refers to the adaptability and changeability of the brain and nervous system. It refers to the ability of neurons and neural circuits to adapt and adjust through structural and functional changes under the influence of factors such as external stimuli, learning, experience, and environmental changes.

Composition of the product

The composition of the product can be roughly divided into three parts: software system, power unit, and height-adjustable height-adjustable desk.

1.Power unit:
It is the triangular device on the desktop. Its structural design has two characteristics: ¡騴 First, it can be said to be the first in China. It is different from the traditional slide rail or connecting rod structure. Its structure is very small and portable. It has an all-round mobile chassis (universal wheels) and a high-precision optical positioning table pad. The principle is similar to that of an optical mouse, so its positioning is very precise and its movement is very smooth. Thanks to this compact and portable design, it is the only two-dimensional upper limb rehabilitation robot that has the potential to meet full-cycle, multi-scenario use ¡騲 Second, there are three types of replaceable handles, grip type, flat type, hemispherical shape. It can meet the needs of patients with different functions or different rehabilitation stages of displaced patients.

2.Software system:
There are five main functions: user management, evaluation, training, reporting, and settings. Then the core module is evaluation and training. It actually provides a human-computer interaction interface or a situational interactive game interface, which brings immersive experience to users and enables them to exercise their functions in the game.

3.Adjustable table:
Our adjustable desk and power unit are independent, which means they can be separated. Therefore, the usage scenarios are more flexible. For example, patients can take the power unit and table pad home without buying a table (taking up space) or buying a large display screen. The software system can be installed on a desktop, laptop or tablet. On the other hand, it also saves the purchase cost.

Advantage

  1. Our products are suitable for a wide range of people. Broadly speaking, they can be used by people with upper limb dysfunction caused by various reasons. The most common clinical symptoms are upper limb dysfunction caused by stroke and traumatic brain injury. Due to the portable design of our product, it can be used in hospitals, communities, and families.
  2. Not only can reduce muscle tension, but also help to improve muscle strength (shoulder abduction, external rotator; elbow flexor)
  3. Small and portable, can be used in hospitals, communities and at home
  4. User management, each patient has a training file, can formulate a training plan, and can generate a report after the training, which is convenient for the therapist to compare before and after and judge the training effect
  5. Rich and customizable training programs: For example, passive training, we can choose the preset action track in the prescription library, or customize the settings. The interactive training of the scene can bring visual, auditory, and kinesthetic multi-sensory stimulation
  6. Realize multi-dimensional accurate feedback through various sensing devices: real-time monitoring of parameters such as speed, strength, and range, and accurate feedback of recovery status, and then timely and dynamically adjust the rehabilitation training plan to achieve closed-loop management of the rehabilitation process.
  7. Compared with competing products, we have obvious advantages: we have scale evaluation, a larger range of desktop upgrades, an independent power unit that can be driven by batteries, more accurate positioning, and smoother movement, which can meet full-cycle and multi-scenario use.
We can provide FAST FREE shipping to worldwide.

SHIPPING TIME

After confirmation of the size and delivery address, we will ship the parcel within 1-3 business days. It usually takes about 7~15 days to delivery. We sincerely hope you can wait items patiently. Once your order is shipped, we will send tracking number to your email.

SHIPPING METHOD

The carrier will be FedEx/UPS/DHL/Yun EXPRESS. And the items will be shipped from our warehouses based in the USA, EU, China, or UK depending on the inventory situation. We will choose the relatively fast and safe shipping method.

CUSTOM DELAY

We are unable to take any responsibility for any custom delay or tax. Reason is because transit time is highly depended and provided by Postal Service (except weekends and holidays)

ORDER TRACKING

You can track your order here with your order number. For more shipping information, you may send an email to service@syrebocare.com. We will get back to you within 24 hours.

If you haven't received the package, however, the logistics order shows the items have been signed. In this situation, please contact us within 3 business days.we will try to help to solve the problem. In case ,your parcel would be under customs checking, please do not worry. We will try to help to upload the documents for helping customs clearance.
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Syrebo Upper Limb Rehabilitation Robot SY-UEA2 1

Syrebo Upper Limb Rehabilitation Robot SY-UEA2

€10.755,95

Syrebo Upper Limb Rehabilitation Robot SY-UEA2

€10.755,95

FAQS


Q: What Are Syrebo Robotic Rehabilitation Gloves?

A: Syrebo Robotic Rehabilitation Gloves are a form of hand function rehabilitation device, especially designed for hand dysfunctional patients caused by stroke or other diseases. Combined flexible robotics technology and neuroscience, the gloves can help patients carry out multiple trainings to help hand recovery.


Q: What kind of training can Syrebo gloves do with my affected hands?

A: There are up to 7 training modes to choose in Syrebo's household rehabilitation device. These trainings are to help your affected hand to passively flex and extend in the initial recovery stage and then start fine motor trainings to gradually recover hand function. More information about Syrebo training modes, please contact us via service@syrebocare.com or WhatsApp +86 13381869523.


Q: How long is the appropriate time for each session?

A: The time of each session should not be too long, it is recommended to control it within 20 minutes.


Q: How to set the training intensity?

A: Different users have different muscle physiological conditions, and the degree of rehabilitation and exercise is also different. Therefore, different muscle tension levels correspond to different recommended gears. Please refer to the instructions for details.


Q: What groups of people are suitable for this product?

A: Elderly people, young people and children who have motor disorders in their hands and need rehabilitation.


Q: What are the contraindications for using the Syrebo hand function rehabilitation robot?

A: Before training, please confirm whether the affected hand is in a stiff state. If it is stiff, manual massage and hot compress should be performed first, and training can only be carried out when the affected hand becomes soft. Do not give it to unconscious people or young children for use alone. If the hand has sprains, trauma, unknown bone injuries, severe osteoporosis, untreated fractures or fractures that require immobilization after treatment, do not use this product without confirmation by professionals.


Q: My hand has been dysfunctional for more than 5 years, can Syrebo gloves be helpful to me?

A: The duration of hand dysfunction is not entirely representative of the severity of hand dysfunction, which varies from patient to patient. It is therefore recommended that you refer to the Ashworth Scale below to assess the muscle tone of your affected hand. If your affected hand scores 3 on the Ashworth scale, please consult us before purchasing and we can recommend products based on your situation. If your affected hand scores 4 on the Ashworth scale, it is possible that the Syrebo glove is temporarily unsuitable for your affected hand. Modified Ashworth Scale 0(0) - No increase in muscle tone 1(1) - Slight increase in muscle tone, with a catch and release or minimal resistance at the end of the range of motion when an affected part(s) is moved in flexion or extension 1+(2) - Slight increase in muscle tone, manifested as a catch, followed by minimal resistance through the remainder (less than half) of the ROM (range of movement) 2(3) - A marked increase in muscle tone throughout most of the range of motion, but affected part(s) are still easily moved 3(4) - Considerable increase in muscle tone, passive movement difficult 4(5) - Affected part(s) rigid in flexion or extension


Q: How long do I train with Syrebo gloves to get my hands back to functioning after stroke?

A: Most of the hand function disorders after stroke are caused by damage to the nerve function of the brain. Therefore, the rehabilitation treatment of hand function is actually to repair the control of the brain nerves for hand movement. As you can imagine, this recovery process is slow and difficult. What you need to do is START AS EARLY AS POSSIBLE & KEEP TRAINING with Syrebo gloves on professional hand function rehabilitation, which will awaken the "potential" of your brain as early as possible, and restore the lost hand function as much as possible

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