Shoe insole size 3 (women 13.0 to 15.0) (men 11.0 to 12.50)
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size 2 (women 11.0 to 12.5) (men 9.0 to 10.5)
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size 1 (women 9.0 to 10.5) (men 7.0 to 8.5)
footbed wearable device that affords the patient the ability to perform exercise
footbed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size 0 (women 7.0 to 8.5) (men 5.0 to 6.5)
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size 3 (women 13.0 to 15.0) (men 11.0 to 12.50)
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size (2-3) (women 11.0 to 12.5) (men 9.0 to 10.5)
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size 2 (women 11.0 to 12.5) (men 9.0 to 10.5)
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size (12) (women 9.0 to 10.5) (men 7.0 to 8.5)
footbed wearable device that affords the patient the ability to perform exercise
footbed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size 1 (women 9.0 to 10.5) (men 7.0 to 8.5)
footbed wearable device that affords the patient the ability to perform exercise
footbed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size 1 (women 9.0 to 10.5) (men 7.0 to 8.5)
footbed wearable device that affords the patient the ability to perform exercise
footbed wearable device that affords the patient the ability to perform exercises both at home and in-clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
Shoe insole size 0 (women 7.0 to 8.5) (men 5.0 to 6.5)
Is a foot bed wearable device that affords the patient the ability to perform ex
Is a foot bed wearable device that affords the patient the ability to perform exercises both at home and in clinic settings that also allows the provider the ability to make clinical judgments pursuant data collected from the patient via customizable rehabilitative protocols set, and amended, by the provider.
MyNotifiRX: Is a Bluetooth wearable device that interacts with a patient’s smart
MyNotifiRX: Is a Bluetooth wearable device that interacts with a patient’s smart phone via an app (iOS or android). All data is sent by wifi to a HIPAA controlled server for real time or accumulated time review by the provider. MyNotifiRX can be used to meet the rehabilitation needs of any extremity after injury. It can be used both pre and post-operatively to meet a patient’s rehabilitation needs. It is designed for acute or chronic use especially in patients at high risk for falls. As an added feature it is designed with a fall detection algorithm to alert designated care givers in the case of an emergency independent of a patient’s ability to respond.It is designed with two functions.1) In patients who are evaluated to be at risk for falls, MyNotifi can act as a Fall protection device and monitor. It has a built in algorithm to detect when a possible fall occurs and alerts those that the wearer has designated that an issue has occurred. It is also imbedded with the OTAGO exercise protocol https://www.apta.org/PTinMotion/NewsNow/?blogid=10737418615&id=10737430053 ) which is clinically proven to help prevent falls by improving balance. Long term remote monitoring of patients to assist, adjust, advance or correct exercise regimen is possible. Even more important, it can serve as a means to catch early deterioration of function and signal the need for intervention before an accident occurs.2) With its magnetic strip and extension band, it can be placed on any extremity to record an exercise regimen programmed by the provider. There is a library of over 40 APTA exercises (attach sheet) that can be selected.It is recommended for use in upper extremity patients for both nonoperative and post-operative rehabilitation. MyNotifi is best suited in the lower extremity for the rehab of non surgical patients. The addition of a monitor to measure heart rate and blood oxygenation during exercise adds to patient safety and serves as a measure of physical exertion during
MyNotifiRX: Is a Bluetooth wearable device that interacts with a patient’s smart
MyNotifiRX: Is a Bluetooth wearable device that interacts with a patient’s smart phone via an app (iOS or android). All data is sent by wifi to a HIPAA controlled server for real time or accumulated time review by the provider. MyNotifiRX can be used to meet the rehabilitation needs of any extremity after injury. It can be used both pre and post-operatively to meet a patient’s rehabilitation needs. It is designed for acute or chronic use especially in patients at high risk for falls. As an added feature it is designed with a fall detection algorithm to alert designated care givers in the case of an emergency independent of a patient’s ability to respond.It is designed with two functions.1) In patients who are evaluated to be at risk for falls, MyNotifi can act as a Fall protection device and monitor. It has a built in algorithm to detect when a possible fall occurs and alerts those that the wearer has designated that an issue has occurred. It is also imbedded with the OTAGO exercise protocol https://www.apta.org/PTinMotion/NewsNow/?blogid=10737418615&id=10737430053 ) which is clinically proven to help prevent falls by improving balance. Long term remote monitoring of patients to assist, adjust, advance or correct exercise regimen is possible. Even more important, it can serve as a means to catch early deterioration of function and signal the need for intervention before an accident occurs.2) With its magnetic strip and extension band, it can be placed on any extremity to record an exercise regimen programmed by the provider. There is a library of over 40 APTA exercises (attach sheet) that can be selected.It is recommended for use in upper extremity patients for both nonoperative and post-operative rehabilitation. MyNotifi is best suited in the lower extremity for the rehab of non surgical patients. The addition of a monitor to measure heart rate and blood oxygenation during exercise adds to patient safety and serves as a measure of physical exertion during
MyNotifiRX: Is a Bluetooth wearable device that interacts with a patient’s smart
MyNotifiRX: Is a Bluetooth wearable device that interacts with a patient’s smart phone via an app (iOS or android). All data is sent by wifi to a HIPAA controlled server for real time or accumulated time review by the provider. MyNotifiRX can be used to meet the rehabilitation needs of any extremity after injury. It can be used both pre and post-operatively to meet a patient’s rehabilitation needs. It is designed for acute or chronic use especially in patients at high risk for falls. As an added feature it is designed with a fall detection algorithm to alert designated care givers in the case of an emergency independent of a patient’s ability to respond.It is designed with two functions.1) In patients who are evaluated to be at risk for falls, MyNotifi can act as a Fall protection device and monitor. It has a built in algorithm to detect when a possible fall occurs and alerts those that the wearer has designated that an issue has occurred. It is also imbedded with the OTAGO exercise protocol https://www.apta.org/PTinMotion/NewsNow/?blogid=10737418615&id=10737430053 ) which is clinically proven to help prevent falls by improving balance. Long term remote monitoring of patients to assist, adjust, advance or correct exercise regimen is possible. Even more important, it can serve as a means to catch early deterioration of function and signal the need for intervention before an accident occurs.2) With its magnetic strip and extension band, it can be placed on any extremity to record an exercise regimen programmed by the provider. There is a library of over 40 APTA exercises (attach sheet) that can be selected.It is recommended for use in upper extremity patients for both nonoperative and post-operative rehabilitation. MyNotifi is best suited in the lower extremity for the rehab of non surgical patients. The addition of a monitor to measure heart rate and blood oxygenation during exercise adds to patient safety and serves as a measure of physical exertion du
A recumbent, closed-chain exercise device that provides eccentric (negative) res
A recumbent, closed-chain exercise device that provides eccentric (negative) resistance to lower extremity motion. It also measures strength and dynamic workload through its computer interface.
A rehabilitation device for neck strengthening exercises, as well as measurement
A rehabilitation device for neck strengthening exercises, as well as measurement of cervical spine range of motion and strength. Neck musculoskeletal measurements can be taken for flexion, extension, lateral flexion, rotation, and for combined planes.
A rehabilitation system used to quantify muscle strength and range of motion, as
A rehabilitation system used to quantify muscle strength and range of motion, as well as quantify compound physical abilities needed for the performance of functional tasks.
A portable measurement system for quantifying musculoskeletal strength and range
A portable measurement system for quantifying musculoskeletal strength and range of motion. Various EV versions are available that are different configurations of the same medical device model.
A portable measurement system for quantifying musculoskeletal strength and range
A portable measurement system for quantifying musculoskeletal strength and range of motion.
A rehabilitation system used to quantify muscle strength and range of motion, as
A rehabilitation system used to quantify muscle strength and range of motion, as well as quantify compound physical abilities needed for the performance of functional tasks.
A portable measurement system for quantifying musculoskeletal strength and range
A portable measurement system for quantifying musculoskeletal strength and range of motion.
A rehabilitation system used to quantify muscle strength and range of motion, as
A rehabilitation system used to quantify muscle strength and range of motion, as well as quantify compound physical abilities needed for the performance of functional tasks.
The LEXO is a mechatronic therapy system for body weight-supported gait rehabili
The LEXO is a mechatronic therapy system for body weight-supported gait rehabilitation of patients with a limited ability to walk.
huno s is a robotic medical device for functional sensorimotor rehabilitation an
huno s is a robotic medical device for functional sensorimotor rehabilitation and evaluation of the lower limbs and trunk
huno is a robotic medical device for functional sensorimotor rehabilitation and
huno is a robotic medical device for functional sensorimotor rehabilitation and evaluation of the lower limbs and trunk
hunova is a robotic medical device for functional sensorimotor rehabilitation an
hunova is a robotic medical device for functional sensorimotor rehabilitation and evaluation of the lower limbs and trunk
Robotic system for neurorehabilitation and rehabilitation of the upper limbs and
Robotic system for neurorehabilitation and rehabilitation of the upper limbs and shoulders of patients with neuromotor disabilities.
The ReoGoTM therapy platform is a computerized robotics-based system for retrain
The ReoGoTM therapy platform is a computerized robotics-based system for retraining patients with motor limitations, recovering from CVA or other neuromuscular conditions. The Motorika ReoGo™ System is rehabilitative exercise device intended for medical purposes, such as to measure, evaluate, and increase the strength of muscles and the range of motion of joints specifically designed to prevent the adhesion and contracture of joints, to improve the patients’ range of motion and functional capabilities of the upper extremity.
The ReoGoTM therapy platform is a computerized robotics-based system for retrain
The ReoGoTM therapy platform is a computerized robotics-based system for retraining patients with motor limitations, recovering from CVA or other neuromuscular conditions. The Motorika ReoGo™ System is rehabilitative exercise device intended for medical purposes, such as to measure, evaluate, and increase the strength of muscles and the range of motion of joints specifically designed to prevent the adhesion and contracture of joints, to improve the patients’ range of motion and functional capabilities of the upper extremity.
Fourier M2/Fourier M2 Kids based on force feedback and other core technologies,
Fourier M2/Fourier M2 Kids based on force feedback and other core technologies, provides multiple training modes, which meet all assessment and training demands of the patients with upper limb dysfunction from flaccid paralysis phase to recovery stage.Fourier M2/Fourier M2 Kids has therapeutic games that provide real-time trajectory feedback via a monitor, which motivate users to train with more immersion. The training trajectory can be customised by using the ‘teaching mode’ which gives the therapist more flexibility to create the training plan. Fourier M2/Fourier M2 Kids also can evaluate the user’s training outcomes including the movement trajectory, movement velocity, movement torque, range of motion, muscle strength and active-passive ratio.
The unique electronic pinchmeter has a low profile design that enables the resea
The unique electronic pinchmeter has a low profile design that enables the researcher to accurately quantify pinch strength at closer to end range than any other device. This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13
The Biometrics Dynamometer utilises precision load cell technology to increase t
The Biometrics Dynamometer utilises precision load cell technology to increase the sensitivity and accuracy of measurement of even very low grip strength forces. This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13
A modern microprocessor controlled general purpose amplifier system which is des
A modern microprocessor controlled general purpose amplifier system which is designed to be worn by the subject. The Amplifier (K800) provides a user friendly method for collecting signals from a variety of sensors including goniometers, sEMG and related signals, in a format which may readily be connected to proprietary display and recording systems including A/D cards.This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13
DataLINK (DLK900) is an on-line general purpose subject worn programmable Data A
DataLINK (DLK900) is an on-line general purpose subject worn programmable Data Acquisition System allowing the user to collect both analog and digital data from a wide range of wired sensors including Biometrics' Goniometers, Torsiometers, active EMG sensors, Accelerometers, Pinchmeters, Hand Dynamometers and Contact Switches.This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13.