Website> https://www.alcare.co.jp/en/medical/product/about_moldcare/Catalog> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_EN.pdfIFU> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_RI_II_Manual_EN.pdf

Website> https://www.alcare.co.jp/en/medical/product/about_moldcare/Catalog> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_EN.pdfIFU> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_RI_II_Manual_EN.pdf

Website> https://www.alcare.co.jp/en/medical/product/about_moldcare/Catalog> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_EN.pdfIFU> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_RI_II_Manual_EN.pdf

Website> https://www.alcare.co.jp/en/medical/product/about_moldcareCatalog> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_EN.pdfIFU> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_RI_II_Manual_EN.pdf

Website> https://www.alcare.co.jp/en/medical/product/about_moldcare/Catalog> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_EN.pdfIFU> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_RI_II_Manual_EN.pdf

Website> https://www.alcare.co.jp/en/medical/product/about_moldcare/Catalog> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_EN.pdfIFU> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_RI_II_Manual_EN.pdf

Website> https://www.alcare.co.jp/en/medical/product/about_moldcare/Catalog> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_EN.pdfIFU> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_RI_II_Manual_EN.pdf

Website> https://www.alcare.co.jp/en/medical/product/about_moldcare/Catalog> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_EN.pdfIFU> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_RI_II_Manual_EN.pdf

Website> https://www.alcare.co.jp/en/medical/product/about_moldcare/Catalog> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_EN.pdfIFU> https://www.alcare.co.jp/en/assets/images/medical/product/pdf/Moldcare_RI_II_Manual_EN.pdf

BRACOO BB31 Low Back Armor Wrap Airy 3D Fixation DesignBlack L-size

BRACOO BB31 Low Back Armor Wrap Airy 3D Fixation DesignBlack M-size

BRACOO BB31 Low Back Armor Wrap Airy 3D Fixation DesignBlack S-size

BRACOO BP61 Low Back Airy Wrap Airy w/Cushion & Fixation GrayL-size

BRACOO BP61 Low Back Airy Wrap Airy w/Cushion & Fixation GrayM-size

BRACOO BP61 Low Back Airy Wrap Airy w/Cushion & Fixation GrayS-size

BRACOO KE92 Knee Fulcrum Sleeve Breathable & 4-way Stretch Lightgrey XL-Size

BRACOO KP40 Knee Patella Fulcrum Wrap Easyfit w/Cushion Tube

Electrode Adapt Cable

Electrode Adapt Cable

Electrode Adapt Cable

Electrode Adapt Cable

HOLDER for KD-107D/E

BREAKOUT BOX for ELECTRODE JUNCTION BOX

2ch ELECTRODE JUNCTION BOX

4ch ELECTRODE JUNCTION BOX

Main unit for MEB-9600 Neuropack S3 desktop system, performs Evoked potentials, nerve conduction and electromyography studies

SOMATO CONTROL BOX

POWER SUPPLY UNIT for LAPTOP PC (100-120V)

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOH functions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. The depicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMG readoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitation and impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilized by a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used for the initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke is one of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it is well known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function and excitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey to success, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlled task-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

The Hand of Hope (HOH) is a therapy device (exoskeleton) used for neuromuscular rehabilitationof the hand and forearm. HOHfunctions as a biofeedback device where surface electromyography(sEMG) electrodes depict voluntary muscle activation. Thedepicted signals are processed andsimplified, and can be seen by a convenient presentation of visual feedback. The sEMGreadoutenables patients to monitor the fundamental neuromuscular functional state. Therefore, impairment,functional limitationand impaired volitional movement due to stroke or other neurologic ororthopaedic diseases can be easily presented and utilizedby a sensory signal. Patient’s attention isdrawn to the task through a visually displayed sEMG signal and consequently used forthe initiationof the motor task. This biofeedback mechanism promotes motor learning via interactive use. Inparticular, stroke isone of the leading causes of adult disability, and hand rehabilitation after strokeis a very challenging part thereof. However, it iswell known that sensory signals such as visualsensory inputs reach the motor cortex and modulate motor cortex function andexcitability, andtherefore can improve motor learning. Since active participation and initiation of the movement is thekey tosuccess, using the biofeedback system, HOH motivates patients to actively interact with thesystem during an sEMG controlledtask-related training regime

Laser Hair Growth Cap is a dome-shaped low level laser therapy (LLLT) device designed to promote hair growth in women and men by exposing the entire scalp to the photobiostimulation of 80 laser diodes. The Cap is designed with an outer plastic cover and a protective inner liner (containing the electronics and laser array) and is powered by an included battery pack.

Laser Hair Growth Cap is a dome-shaped low level laser therapy (LLLT) device designed to promote hair growth in women and men by exposing the entire scalp to the photobiostimulation of 147 laser diodes. The Cap is designed with an outer plastic cover and a protective inner liner (containing the electronics and laser array) and ispowered by an included battery pack.

Laser Hair Growth Cap is a dome-shaped low level laser therapy (LLLT) device designed to promote hair growth in women and men by exposing the entire scalp to the photobiostimulation of 272 laser diodes. The Cap is designed with an outer plastic cover and a protective inner liner (containing the electronics and laser array) and is powered by an included battery pack.

Laser Hair Growth Cap is a dome-shaped low level laser therapy (LLLT) device designed to promote hair growth in women and men by exposing the entire scalp to the photobiostimulation of 280 laser diodes. The Cap is designed with an outer plastic cover and a protective inner liner (containing the electronics and laser array) and ispowered by an included battery pack.