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Robotic gloves. What are they and what are they for?

Robotic gloves. What are they and what are they for?

Robotic rehabilitation gloves are wearable devices that combine robotic technology with rehabilitation exercises to help people regain hand strength, dexterity and control. These gloves are often used in physiotherapy, occupational therapy and home rehabilitation programmes for patients recovering from strokes, spinal cord injuries or other neurological disorders.  

The main advantage of robotic gloves is their ability to perform repetitive, controlled movements, which are essential for rehabilitation. The gloves use controlled forces to guide the patient's fingers and hands through the exercises, helping to re-educate the brain and nervous system. This increases neuroplasticity - the brain's ability to form new connections and pathways - leading to improved motor function.

SYREBO, a leading manufacturer in this field, has developed two models of robotic gloves - SYREBO C11 and SYREBO C10. These gloves are designed to improve hand therapy by helping users to perform a variety of hand exercises, speed up recovery and improve fine motor skills. Although both gloves are designed to achieve similar rehabilitation goals, they are adapted to different needs and situations.

This article will explore the features of the SYREBO C11 and SYREBO C10, highlighting the main differences between the two models.

The SYREBO C11 is a premium model designed for the complete rehabilitation of fingers and hands. This model is equipped with advanced technologies and features that make it suitable for use in clinical settings as well as for home treatment.

Key features of SYREBO C11: 

Flexibility and adaptability: the C11 features dynamic and adjustable levels of assistance, allowing it to be adapted to patients with different levels of hand function. This flexibility allows the glove to be used at different stages of recovery.

Multi-mode therapy: the SYREBO C11 has multiple therapy modes including active, passive and assistive, making it versatile. The active mode activates the patient's muscles, while the passive mode moves the fingers for the patient. The assist mode gently supports the patient's movements as needed.

Finger independence: each finger of the C11 glove can be controlled individually, which is useful for specific rehabilitation exercises. This is particularly useful for patients who need targeted therapy for individual fingers, for example after a stroke or an injury affecting only part of the hand.

User-friendly interface: the C11 has a touchscreen control panel, making it easy to use for both patients and therapists. The intuitive interface allows users to customise therapy sessions, adjust intensity and monitor progress.

Portable design: although SYREBO C11 has many advanced features, it is still portable and can be used for home therapy. This is important for patients who want more consistent rehabilitation outside clinical settings. 

The SYREBO C10, on the other hand, is a more basic model that provides basic hand rehabilitation functions at a more affordable price. This glove is perfect for those who may not need all the features of the C11 model but still need reliable rehabilitation support. Link to the basic trainer model: https://www.rehastar.com/en/syrebo-robotic-gloves-for-hand-rehabilitation.

The SYREBO C11 has an active gaming training function where you can perform various exercises on your phone, tablet or TV while playing with the help of an app (currently Android only). More about this model: https://www.rehastar.com/en/robotic-gloves-for-rehabilitation-syrebo-c11.

Key features of the SYREBO C10:

Simplified therapy modes: SYREBO C10 offers passive and assistive therapy modes, focusing on basic rehabilitation exercises. Although it does not contain the full spectrum of active therapies found in C11, it still provides a solid foundation for recovery.

Whole hand control: Unlike C11, where the fingers are controlled individually, C10 controls the whole hand. This makes it ideal for patients who require total hand rehabilitation, where the focus is on overall hand strength and movement rather than specific finger exercises. 

Compact and lightweight: the C10 is light and compact, making it easy to use at home. Its simplified interface makes it easy to use for non-specialists, so patients can manage their rehabilitation without the need for detailed instructions from a therapist.

Cost-effective: The C10 is a more cost-effective option that is ideal for individuals who need rehabilitation support but do not require the advanced, personalised features of the C11. This makes it more accessible to a wider range of patients.

The main differences between SYREBO C11 and SYREBO C10 are:

Although both the C11 and C10 are designed for hand rehabilitation, they differ in several important aspects:

Level of adaptation:

C11: Allows independent control of the fingers, providing more personalised rehabilitation options.
C10: focuses on general hand movements without individual finger control.

Therapy Modes:

C11: active, passive and assistive modes are offered to provide more comprehensive rehabilitation.
C10: provides only passive and assistive modes and is therefore more suitable for basic rehabilitation needs. 

Target users:

C11: Suitable for use both in the clinic and at home, especially for patients who require more complex rehabilitation.
C10: for patients who need basic hand rehabilitation and are looking for a more affordable solution.

Portability and ease of use:

Both models are designed to be portable, but the C10 is easier to use due to its lightweight design and simple interface. The C11, although portable, has more sophisticated controls and requires theoretical and practical knowledge to use this model effectively.

Price:

The C11 is a high-end model with a higher price due to its advanced features, while the C10 is a budget model and can be used by more users.

Ultimately, the choice between the SYREBO C11 and C10 depends on the patient's specific rehabilitation goals, budget and the complexity of their condition. Both models are user-friendly and designed to empower patients on their road to recovery.