The Neofect smart glove comes in a few different models, each with its own pricing. The Basic model starts at $199, the Advanced model is available for $329, and the most expensive is the Pro model, which is priced at $399.
Depending on your specific needs and how long you plan on using the glove, you may find that one of these models is the best fit for you. No matter which model you choose, Neofect also offers financing options that you can use to split the cost over several months and make it more affordable.
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What do smart gloves do?
Smart gloves are a type of wearable technology specifically designed to interact with digital objects. They are similar to traditional touchscreen gloves, but they also have sensors that allow them to detect gestures, track movement, and respond to certain actions.
These sensors are embedded into the gloves and can detect signals like heat, pressure, light, and motion. Smart gloves can be used to control drones, play virtual reality games, monitor remote environments, and interact with smart devices.
They can also be used to enable virtual handshakes, gesture-based interactions, and a more accurate point-and-click experience. For example, they can be used to control a 3D printer or adjust the temperature in a room just by simply waving their hand.
Additionally, applications such as sign language recognition can be made more intuitive with smart gloves, providing an easier way for people to communicate with each other. Overall, smart gloves are an exciting piece of wearable technology that have revolutionized the way we interact with digital objects.
Will my hand work again after a stroke?
The short answer to this question is that it’s impossible to guarantee a specific outcome since every person is different and every stroke is different. However, based on the research, many people do make significant strides in recovering the use of their hands after a stroke.
Physical therapy, occupational therapy, and other physical interventions can often play an important role in helping the brain relearn how to use the hand after a stroke. These treatments can help to strengthen the nerves and muscles involved in hand movement, improve coordination between the arms, hands, and fingers, and increase dexterity.
Exercises used during physical and occupational therapy sessions may include repetitive movements of the hand, arm, and fingers (such as squeezing a ball or picking up small objects); manipulating puzzle pieces or rubber bands; and playing video games that involve hand coordination.
These exercises should be done regularly and performed under the guidance of a qualified healthcare practitioner to ensure that the patient’s movements are correct.
Additionally, some people may benefit from using orthotic braces or splints to help improve hand function after a stroke. These braces may help the patient to maintain a fixed position and reduce spasticity, which is when muscles remain tight and difficult to control.
Finally, the patient should remain patient and consistent with their rehabilitation routine. It can take weeks or months to make progress, so it’s important not to become discouraged. With the right tools and a positive attitude, many people are able to regain hand function after a stroke.
How do you get your fingers back after a stroke?
Recovering from a stroke often involves regaining movement and strength of the affected limbs and extremities. In some cases, the use of physical and occupational therapy may be needed in order to regain control of affected fingers after a stroke.
Physical therapy for finger movement should consist of gentle, progressive movements that are repeated in sessions to increase strength and dexterity. The therapist will typically begin by passively moving the hand and fingers, either by manually moving the hand and joints, or by having the patient wear a splint or brace to help support and stretch the involved area.
Passive stretching is used to help improve coordination and range of motion.
In addition to passively moving the hand, the therapist may also use active exercises that activate the muscles surrounding the affected area. These exercises can help to strengthen the involved muscles, improve range of motion, and help reduce the severity of the spasticity.
Active exercises often involve using adaptive or assistive equipment, such as rubber balls, therapy putty, or elastic bands.
Once the patient is able to perform passive and active exercises, the therapist may then begin to introduce tasks that involve more complex, coordinated movements. Examples of these tasks may include picking up small objects, setting up a puzzle, or manipulating objects with the fingers.
In addition to physical therapy, occupational therapy may also be used to help improve the functioning of the affected hand. This therapy may involve and range of activities, including learning to perform self-care tasks, household tasks, and other activities that rely on the use of the hand.
The therapist may also teach the patient how to use mobility aids and adaptive equipment.
The good news is that it is possible for stroke survivors to regain movement and strength of their affected limbs and extremities. By contacting a licensed physical or occupational therapist, you can develop an individualized treatment plan to help regain control of your affected fingers.
How long should a user wear the SaeboGlove?
It is recommended that users wear the SaeboGlove for 1-3 hours a day, depending on their comfort level and treatment plan. It is important to remember that wearing the SaeboGlove is part of a rehabilitation process and should not be a substitute for additional therapy.
The amount of time a user wears the SaeboGlove should be discussed with their treating professional to ensure that the user is receiving the most safe, effective, and comfortable treatment. It is not recommended to wear the SaeboGlove for more than 3 hours in a day due to the risk of swelling, skin irritation, and fatigue.
Once the user has reached a plateau in their improvement, it is sometimes recommended to take a break from wearing the SaeboGlove for an extended period of time.
How do you put on a Saebo glove?
In order to properly put on a Saebo glove you should follow these steps:
1. Begin by washing your hands and the glove with mild soap and warm water.
2. Place your hand into the glove making sure your fingers are all the way in and your palms are resting against the palms of the glove.
3. Secure each finger one at a time with the velcro straps, making sure that the glove is not too tight or too loose.
4. Secure the wrists with the wrist straps and make sure to not pull too tight to avoid loss of range of motion.
5. Make sure to tighten the straps until you reach a comfortable level that does not restrict your range of motion.
6. To ensure the most effective use of the glove, perform your therapy exercises as prescribed.
7. Finally, when you are done with therapy wrap the glove with a dry cloth. You are now ready to take off the glove.
Does Saebo take insurance?
Yes, Saebo does take insurance. Saebo has established relationships with some of the leading health insurance providers in the United States, including Blue Cross Blue Shield, Medicare, Cigna, and Aetna.
In addition to these major providers, Saebo also works directly with smaller insurance companies, including United Healthcare and Humana in many states.
When purchasing a Saebo product, you simply need to provide the name of your insurance provider and the policy number. Saebo’s customer service team is available to assist you with any questions or concerns you may have regarding insurance coverage.
If your insurance policy covers the cost of medical supplies, Saebo has certified Documentation Specialists that can help to ensure your claims are approved.
If you have any questions about your insurance coverage and the Saebo products and therapies available for you, you can contact Saebo’s customer service team at 1-800-217-1350 or [email protected].
What does Saebo stand for?
Saebo stands for “sensor-augmented electric arm and hand orthosis,” and is a technology developed to help individuals with neurological conditions regain movement in their hand or wrist. It is an answer to the challenge of regaining mobility when suffering from neurological conditions such as strokes, traumatic brain injuries, cerebral palsy and other conditions that cause upper extremity paresis.
Saebo consists of specialized, non-invasive, sensory neuromuscular rehabilitation devices tailored to improve the range of motion of the joints in someone’s arm and hand. The devices also provide physical and occupational therapy to maximize movement and coordination.
By placing sensors on a person’s wrist and arm, Saebo then sends electrical stimulation to their muscles to help activate and strengthen them. This process incorporates principles of neuromuscular facilitation, biomechanics, and sensorimotor integration to improve coordination and strength.
How do I stimulate my hand after a stroke?
After a stroke, it is important to stimulate both affected and unaffected hands in order to help promote recovery. Here are some tips for stimulating your hand after a stroke:
1. Massage: Massage can help to relax tight muscles, increase range of motion, and increase blood flow. Massage should be done gently and slowly over the entire hand. While performing massage, use a mild lotion or oil to help increase the touch and movement.
2. Range-of-Motion Exercise: Range-of-motion exercises can help improve the flexibility and movement of the hand. Start with simple wrist circles, bending and straightening the fingers, and clenching and unclenching the fist.
As you progress, move on to more complex exercises like twirling a pencil or playing with putty.
3. Strengthening Exercise: Strengthening exercises can help to improve the strength and control of the affected hand. Start with simple and basic exercises like squeezing a soft ball or cloth and gradually progress to more complex ones like picking up objects with a forceps.
4. Fine Motor Skills Exercise: Fine motor skills are important for functional tasks, like writing or buttoning up a shirt. Start with simple activities such as pushing a pin into a ball of clay, threading a needle, or writing your name.
As you progress, increase the challenge by trying more complex activities like picking up small objects, doing puzzles, or creating artwork.
5. Mirror Therapy: Mirror therapy can be used to help with visual feedback and is especially helpful for improving movement control. You can perform mirror therapy by placing a mirror between you and your affected hand and moving the unaffected hand in front of the mirror while imagining your affected hand performing the same movements.
By stimulating your hand after a stroke, you can help promote recovery. Ask your doctor and physical therapist for more exercises and activities to help you stimulate your hand after a stroke.
How do you use saebo Stim Pro?
Using the Saebo Stim Pro requires just a few simple steps. First, the patient should make sure their forearm is bare and free of any jewelry or clothing that may interfere with the device. Next, the patient should secure the Saebo Stim Pro in place to the forearm with the Velcro T straps provided.
Once the Saebo Stim Pro is securely in place, the patient should insert their fingertip into the fingertip unit and select a pre-programmed exercise cycle that focuses on muscle strengthening of the fingers, wrist, and elbow.
During the exercise session, the patient should use their forearm to touch the surface of the Stim Pro and adjust the intensity settings or exercise cycles as needed. After the exercise cycle is completed, the patient should remove the Saebo Stim Pro and store it in a dry place.
To ensure patient safety and effective use of the Saebo Stim Pro, it is important to ensure that the instructions are followed and the device is used properly.
How do you put a Tshirt on a stroke patient?
Putting on a t-shirt for someone who’s had a stroke can be difficult, as the patient may have difficulty coordinating their arms or using manual dexterity. To make this task easier, make sure your patient is in an upright position and in a comfortable chair.
Have the shirt ready nearby and unfolded. Put the patient’s arm with their unaffected hand through the sleeve of the shirt first, and then the arm with their weakened hand. Once both arms are in the sleeve, help them to pull the neck of the shirt over their head and orient the shirt properly around their body.
Make sure to be careful and respectful throughout the process. If the patient experiences discomfort, help them to adjust the collar of the shirt away from any areas of discomfort.
How do stroke patients use the hand rehab robot gloves?
The hand rehab robot gloves are often used for stroke patients to help improve hand coordination and range of motion. The robot gloves have sensors and robotic gyroscopic actuators built into them that capture and measure hand motion.
This motion data is used to generate robotic assistive forces which help the patient to practice specific movements and exercises. The data from the hand rehab robot gloves can be used to measure and track improvement in hand coordination and range of motion over time.
The gloves also provide feedback on the patient’s performance which helps the patient to monitor their progress. The robot gloves can be used with a variety of exercises to help improve hand coordination and dexterity.
These exercises include finger exercises, grasping and hand opening activities, and functional tasks such as tying shoelaces. The robot gloves can also be used for activities such as playing musical instruments or recreational tasks like bowling.
Overall, the hand rehab robot gloves are a great tool for helping stroke patients to regain strength, coordination, and range of motion in the affected hand.
