A non-sterile device designed as a patch that is fixed on the skin, typically with a pressure-sensitive adhesive intended to be used as an alternative to injection for the transport of ionic-solutions medication through the movement of ions, resulting from an applied electric field to locally administer the medication transcutaneously. It typically consists of a positive and a negative electrode, a reservoir/drug chamber that holds the medication. The reservoir must be filled by the user with drug prior to use. This is a single-use device.

A non-sterile device designed as a patch that is fixed on the skin, typically with a pressure-sensitive adhesive intended to be used as an alternative to injection for the transport of ionic-solutions medication through the movement of ions, resulting from an applied electric field to locally administer the medication transcutaneously. It typically consists of a positive and a negative electrode, a reservoir/drug chamber that holds the medication. The reservoir must be filled by the user with drug prior to use. This is a single-use device.

A non-sterile device designed as a patch that is fixed on the skin, typically with a pressure-sensitive adhesive intended to be used as an alternative to injection for the transport of ionic-solutions medication through the movement of ions, resulting from an applied electric field to locally administer the medication transcutaneously. It typically consists of a positive and a negative electrode, a reservoir/drug chamber that holds the medication. The reservoir must be filled by the user with drug prior to use. This is a single-use device.

A non-sterile device designed as a patch that is fixed on the skin, typically with a pressure-sensitive adhesive intended to be used as an alternative to injection for the transport of ionic-solutions medication through the movement of ions, resulting from an applied electric field to locally administer the medication transcutaneously. It typically consists of a positive and a negative electrode, a reservoir/drug chamber that holds the medication. The reservoir must be filled by the user with drug prior to use. This is a single-use device.

BioMed Revivied II

BioMed Fit Russian Stim

Personal CareAids to Daily Living Product Description: Uccello Kettle, RTL, 1/EA, 4/CS

Instant Cold Compress. Single Use. Urea Formula. Nonwoven Pouch. 6"x6.25"

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low level laser therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Hair Growth Laser Light Device - Low Level Laser Therapy (LLLT)

Red and Infra-Red LED Light Therapy Pad for Pain Relief.

iBOT® Personal Mobility Device - Wheelchair, Stair Climbing

iBOT® Personal Mobility Device - Wheelchair, Stair Climbing

The MyoPro, an upper extremity limb orthosis, is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MyoPro consists of a combination of the following components: a shoulder harness, a custom-made upper limb orthosis (brace), a powered elbow orthosis with surface electromyography (EMG) sensors, a static or manually set multi-articulating wrist (MAW), a static hand orthosis or powered hand orthosis with EMG sensors, and an interchangeable battery with a separate recharging station.The MyoPro’s EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. The MyoPro filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro to assist the User to initiateand complete desired motions.

The MyoPro, an upper extremity limb orthosis, is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MyoPro consists of a combination of the following components: a shoulder harness, a custom-made upper limb orthosis (brace), a powered elbow orthosis with surface electromyography (EMG) sensors, a static or manually set multi-articulating wrist (MAW), a static hand orthosis or powered hand orthosis with EMG sensors, and an interchangeable battery with a separate recharging station.The MyoPro’s EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. The MyoPro filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro to assist the User to initiateand complete desired motions.

The MyoPro, an upper extremity limb orthosis, is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MyoPro consists of a combination of the following components: a shoulder harness, a custom-made upper limb orthosis (brace), a powered elbow orthosis with surface electromyography (EMG) sensors, a static or manually set multi-articulating wrist (MAW), a static hand orthosis or powered hand orthosis with EMG sensors, and an interchangeable battery with a separate recharging station.The MyoPro’s EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. The MyoPro filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro to assist the User to initiateand complete desired motions.

The MyoPro, an upper extremity limb orthosis, is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MyoPro consists of a combination of the following components: a shoulder harness, a custom-made upper limb orthosis (brace), a powered elbow orthosis with surface electromyography (EMG) sensors, a static or manually set multi-articulating wrist (MAW), a static hand orthosis or powered hand orthosis with EMG sensors, and an interchangeable battery with a separate recharging station.The MyoPro’s EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. The MyoPro filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro to assist the User to initiateand complete desired motions.

The MyoPro, an upper extremity limb orthosis, is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MyoPro consists of a combination of the following components: a shoulder harness, a custom-made upper limb orthosis (brace), a powered elbow orthosis with surface electromyography (EMG) sensors, a static or manually set multi-articulating wrist (MAW), a static hand orthosis or powered hand orthosis with EMG sensors, and an interchangeable battery with a separate recharging station.The MyoPro’s EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. The MyoPro filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro to assist the User to initiateand complete desired motions.

The MyoPro 2+, an upper extremity limb orthosis, is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MyoPro 2+ consists of a combination of the following components: a shoulder harness, a custom-made upper limb orthosis (brace), a powered elbow orthosis with surface electromyography (EMG) sensors, a static or manually set wrist module, a static hand orthosis or powered hand orthosis with EMG sensors, and an interchangeable battery with a separate recharging station.The MyoPro 2+ EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. The MyoPro 2+ filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro 2+ to assist the User to initiateand complete desired motions.

The MyoPro 2+, an upper extremity limb orthosis, is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MyoPro 2+ consists of a combination of the following components: a shoulder harness, a custom-made upper limb orthosis (brace), a powered elbow orthosis with surface electromyography (EMG) sensors, a static or manually set wrist module, a static hand orthosis or powered hand orthosis with EMG sensors, and an interchangeable battery with a separate recharging station.The MyoPro 2+ EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. The MyoPro 2+ filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro 2+ to assist the User to initiateand complete desired motions.

The MyoPro 2+, an upper extremity limb orthosis, is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MyoPro 2+ consists of a combination of the following components: a shoulder harness, a custom-made upper limb orthosis (brace), a powered elbow orthosis with surface electromyography (EMG) sensors, a static or manually set wrist module, a static hand orthosis or powered hand orthosis with EMG sensors, and an interchangeable battery with a separate recharging station.The MyoPro 2+ EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. The MyoPro 2+ filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro 2+ to assist the User to initiateand complete desired motions.

The MyoPro 2+, an upper extremity limb orthosis, is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MyoPro 2+ consists of a combination of the following components: a shoulder harness, a custom-made upper limb orthosis (brace), a powered elbow orthosis with surface electromyography (EMG) sensors, a static or manually set wrist module, a static hand orthosis or powered hand orthosis with EMG sensors, and an interchangeable battery with a separate recharging station.The MyoPro 2+ EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. The MyoPro 2+ filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro 2+ to assist the User to initiateand complete desired motions.

The Mobile Arm Rehabilitation Kit (MARK) is a kit containing two (left and right) MyoPro upper extremity limb orthoses. A MyoPro upper extremity limb orthosis is an assistive device that supports a weakened or deformed limb for functional improvement. The user’s electromyography (EMG) muscle activity is used to voluntarily control the impaired limb.The MARK product consists of a combination of the following components: shoulder harnesses, adjustable limb orthoses (braces), powered elbow orthoses with surface electromyography (EMG) sensors, static or manually set multi-articulating wrists (MAW), static hand orthoses or powered hand orthoses with EMG sensors, an interchangeable battery with a separate recharging station, an MTS chafe with loop for anti-rotation strap, a laptop, and a product carrying case/bag.The MyoPro’s EMG-control circuit continuously monitors and senses, but does not stimulate, the User’s muscles. A MyoPro device filters and processes the EMG signal, and translates this information into motor movement. Based on the User’s needs and abilities, the control parameters are adjusted by the User’s Provider. The power assist moves the motor with speed proportional to User’s exertion. This system enables the MyoPro to assist the User to initiate and complete desired motions.

Alcedo TENS Unit

PLAYMAKAR PRO STRENGTH AND RECOVERY SYSTEM (4 Pods)

PLAYMAKAR PRO STRENGTH AND RECOVERY SYSTEM

PLAYMAKAR PRO STRENGTH AND RECOVERY SYSTEM (2 Pods)

PLAYMAKAR PRO EXPANDABLE WIRELESS PODS

PLAYMAKAR SPORT MUSCLE STIMULATOR

The sustained acoustic medicine, (sam® 2.0) long-duration ultrasound device is intended for the treatment of musculoskeletal injuries and pain relief. sam® 2.0 delivers continuous wave, high-frequency sustained acoustic medicine (3MHz) into deep tissue for up to 4 hours, resulting in improved circulation and nutrient transfer into the injured soft-tissue for multiple hours each day. This sam® mechanism of action improves and accelerates soft tissue healing for tendinopathies, meniscus injuries, osteoarthritis, joint injuries (knee, shoulder, elbow, wrist) and tissue compromised by repetitive and/or overuse injuries. For pain management secondary to injury, sam® 2.0 provides localized, non-systemic pain management and is an appropriate treatment alternative for prescribers seeking to avoid the systemic effects of NSAIDs and opiates. sam® 2.0 is FDA cleared and indicated for prescription home-use, and easily accommodates self-administered treatment by applying the treatment applicator with a hypoallergenic single use pre-filled coupling patch over the soft-tissue injury and activating the battery-operated power controller for autonomous therapeutic delivery.

The sustained acoustic medicine, (sam® X1) long-duration ultrasound device is used in the treatment of musculoskeletal injuries and pain relief. sam® X1 is the first wire-free option to deliver continuous wave, high-frequency sustained acoustic medicine (3MHz) into deep tissue resulting in improved circulation and nutrient transfer into the injured soft-tissue for multiple hours each day. This sam® mechanism of action improves and accelerates soft tissue healing for tendinopathies, meniscus injuries, osteoarthritis, joint injuries (knee, shoulder, elbow, wrist) and tissue compromised by repetitive and/or overuse injuries. For pain management secondary to injury, sam® X1 provides localized, non-systemic pain management and is an appropriate treatment alternative for prescribers seeking to avoid the systemic effects of NSAIDs and opiates. sam® X1 is FDA cleared and indicated for prescription home-use, and easily accommodates self-administered treatment by applying the treatment applicator with a hypoallergenic single use pre-filled coupling patch over the soft-tissue injury and activating the battery-operated power controller for autonomous therapeutic delivery.

wearable therapeutic ultrasound

coupling patch for use with sam wearable ultrasound device