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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 initiate
and complete desired motions.
Myomo, Inc.
Motion W Right - 25921 rev1
In Commercial Distribution
- 00855846007108 ()
25921
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion G Left - 25920 rev1
In Commercial Distribution
- 00855846007092 ()
25920
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion G Right - 25919 rev1
In Commercial Distribution
- 00855846007085 ()
25919
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion E Left - 25910 rev1
In Commercial Distribution
- 00855846007078 ()
25910
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion E Right - 25909 rev1
In Commercial Distribution
- 00855846007061 ()
25909
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion E Right - 25746
In Commercial Distribution
- 00855846007054 ()
25746
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion E Left - 25744
In Commercial Distribution
- 00855846007047 ()
25744
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion W Right - 25742
In Commercial Distribution
- 00855846007030 ()
25742
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion W Left - 25738
In Commercial Distribution
- 00855846007023 ()
25738
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion G Right - 25740
In Commercial Distribution
- 00855846007016 ()
25740
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
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 initiate
and complete desired motions.
Myomo, Inc.
Motion G Left - 25736
In Commercial Distribution
- 00855846007009 ()
25736
- Psychophysiological biofeedback system
- Elbow orthosis
- Hand orthosis
2-channel neurodiagnostic testing system designed to enable reliable recording, display and documentation of electrophysiological information from the
human nervous and muscular systems in a clinical environment. The system enables the healthcare provider to perform evoked potentials, nerve conductions and needle EMG studies as an aid in the evaluation of patients with central and peripheral nervous system symptoms.
NEUROSOFT, OOO
Focus
In Commercial Distribution
- 04650075330074 ()
- Electromyograph
Controller. The NaviCam Capsule Endoscope System with NaviCam Stomach Capsule (“NaviCam Stomach System” in short), is a novel endoscopic capsule imaging system intended to obtain images of the stomach. It differs from passive capsule endoscopy systems in that it uses magnetic fields to allow the position of the capsule to be controlled by an operator.
ANX ROBOTICA CORP
Controller/NaviEC-1000
In Commercial Distribution
- 00850015518201 ()
MC-US-1001
- Video capsule endoscopy system capsule magnetic manipulation unit
Controller. The NaviCam Xpress Stomach System is a endoscopic capsule imaging system intended to obtain images of the stomach. It differs from passive capsule endoscopy systems in that it uses magnetic fields to allow the position of the capsule within the stomach to be controlled by an operator
ANX ROBOTICA CORP
Controller/ NaviEC-2000
In Commercial Distribution
- 00850015518294 ()
MC-US-1002
- Video capsule endoscopy system capsule magnetic manipulation unit
KEYPOINT WS UKXP-OS
Alpine Biomed ApS
9031A006501
Not in Commercial Distribution
- 00613994242297 ()
- Electromyograph
The PillSense Receiver collects and displays real-time information gathered by the PillSense Capsule. The PillSense Receiver interprets the data and displays a result message “Blood Detected” or “No Blood Detected”.
ENTERASENSE LIMITED
P00167-01FP
In Commercial Distribution
- 05391539210073 ()
- Gastrointestinal telemetric monitoring system receiver
The SX230FW EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments. The EMG Amplifier (SX230FW) uses disposable electrodes and has a variable electrode distance. This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13.
SX230FW EMG Sensor (Gain 1000, Bandwidth 20-460Hz) - Metal connector
BIOMETRICS LIMITED
SX230FW
In Commercial Distribution
- 05060481691512 ()
bandwidth 20-460 metal connector
- Electromyograph
The SX230-100 EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments.
Biometrics Ltd precision bipolar, differential EMG sensors have integral electrodes with a fixed electrode distance of 20mm. This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13.
SX230-100 EMG Sensor (Gain 100, Bandwidth 20-460Hz) - Metal connector
BIOMETRICS LIMITED
SX230-100
In Commercial Distribution
- 05060481691505 ()
Gain 100, bandwidth 20-460 metal connector
- Electromyograph
The SX230-1000 EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments.
Biometrics Ltd precision bipolar, differential EMG sensors have integral electrodes with a fixed electrode distance of 20mm. This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13.
SX230-1000 EMG Sensor (Gain 1000, Bandwidth 5-1000Hz) - Metal connector
BIOMETRICS LIMITED
SX230-1000
In Commercial Distribution
- 05060481691499 ()
bandwidth 5-1000 metalconnector
- Electromyograph
The SX230-1000 EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments.
Biometrics Ltd precision bipolar, differential EMG sensors have integral electrodes with a fixed electrode distance of 20mm..This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13.
SX230-1000 EMG Sensor (Gain 1000, Bandwidth 5-480Hz) - Metal connector
BIOMETRICS LIMITED
SX230-1000
In Commercial Distribution
- 05060481691482 ()
bandwidth 5-480 metal connector
- Electromyograph
The SX230-1000 EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments.
Biometrics Ltd precision bipolar, differential EMG sensors have integral electrodes with a fixed electrode distance of 20mm. This product is independently tested and certified to EN 60601-1:1990 including Amendments A1, A2 and A13
SX230-1000 EMG Sensor (Gain 1000, Bandwidth 20-460Hz) - Metal connector
BIOMETRICS LIMITED
SX230-1000
In Commercial Distribution
- 05060481691475 ()
bandwidth 20-460 metal connector
- Electromyograph
The SX230FW EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments. The EMG Amplifier (SX230FW) uses disposable electrodes and has a variable electrode distance. This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013
SX230FW EMG Sensor (Gain 1000, Bandwidth 20-460Hz) - Plastic connector
BIOMETRICS LIMITED
SX230FW
In Commercial Distribution
- 05060481691468 ()
bandwidth 20-460 plastic connector
- Electromyograph
The SX230-100 EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments.
Biometrics Ltd precision bipolar, differential EMG sensors have integral electrodes with a fixed electrode distance of 20mm.This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013
SX230-100 EMG Sensor (Gain 100, Bandwidth 20-460Hz) - Plastic connector
BIOMETRICS LIMITED
SX230-100
In Commercial Distribution
- 05060481691451 ()
Gain 100, bandwidth 20-460 plastic connector
- Electromyograph
The SX230-1000 EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments.
Biometrics Ltd precision bipolar, differential EMG sensors have integral electrodes with a fixed electrode distance of 20mm.This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013
SX230-1000 EMG Sensor (Gain 1000, Bandwidth 5-1000Hz) - Plastic connector
BIOMETRICS LIMITED
SX230-1000
In Commercial Distribution
- 05060481691444 ()
bandwidth 5-1000 plastic connector
- Electromyograph
The SX230-1000 EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments.
Biometrics Ltd precision bipolar, differential EMG sensors have integral electrodes with a fixed electrode distance of 20mm.This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013
SX230-1000 EMG Sensor (Gain 1000, Bandwidth 5-480Hz) - Plastic connector
BIOMETRICS LIMITED
SX230-1000
In Commercial Distribution
- 05060481691437 ()
bandwidth 5-480 plastic connector
- Electromyograph
The SX230-1000 EMG Sensors connect to the Biometrics Ltd DataLOG, DataLINK or K800 as well as to third party instruments.
Biometrics Ltd precision bipolar, differential EMG sensors have integral electrodes with a fixed electrode distance of 20mm.This product is independently tested and certified to BS EN 60601-1:2006 + A1:2013
SX230-1000 EMG Sensor (Gain 1000, Bandwidth 20-460Hz) - Plastic connector
BIOMETRICS LIMITED
SX230-1000
In Commercial Distribution
- 05060481691420 ()
bandwidth 20-460 plastic connector
- Electromyograph
No Description
CORTIGENT, INC.
012103-003
012103
- Retinal prosthesis system tester/clinical evaluator
A device which provides data communication and electrical isolation between the Video Processing Unit and the Clinician Programming System.
CORTIGENT, INC.
014103-002
014103
- Retinal prosthesis system tester/clinical evaluator
ME6000 is a portable telemetry and data logger in measurement and monitoring of electromyography (EMG) and other physiological signals.
Bittium Biosignals Oy
ME6000 8ch WLAN
Not in Commercial Distribution
- 06430035220243 ()
- Electromyograph
ME6000 is a portable telemetry and data logger in measurement and monitoring of electromyography (EMG) and other physiological signals.
Bittium Biosignals Oy
ME6000 4ch WLAN
Not in Commercial Distribution
- 06430035220236 ()
- Electromyograph
ME6000 is a portable telemetry and data logger in measurement and monitoring of electromyography (EMG) and other physiological signals.
Bittium Biosignals Oy
ME6000 16ch
Not in Commercial Distribution
- 06430035220212 ()
- Electromyograph
ME6000 is a portable telemetry and data logger in measurement and monitoring of electromyography (EMG) and other physiological signals.
Bittium Biosignals Oy
ME6000 8ch
Not in Commercial Distribution
- 06430035220205 ()
- Electromyograph
ME6000 is a portable telemetry and data logger in measurement and monitoring of electromyography (EMG) and other physiological signals.
Bittium Biosignals Oy
ME6000 4ch
Not in Commercial Distribution
- 06430035220199 ()
- Electromyograph
Electrode for FemiScan HomeTrainer (HTCS) device. For single patient use.
Bittium Biosignals Oy
Cover
Not in Commercial Distribution
- 06430035220021 ()
- Electromyograph
FemiScan device is for monitoring and recording muscle activity of the pelvic floor muscles by using EMG-signals.
Bittium Biosignals Oy
HTCS-2
Not in Commercial Distribution
- 06430035220014 ()
- Electromyograph
EP HEADBOX UNIT
Alpine Biomed ApS
8031C0551
Not in Commercial Distribution
- 00721902428531 ()
- Electromyograph
8 CH. AMPLIFIER
Alpine Biomed ApS
8031C0521
Not in Commercial Distribution
- 00721902428524 ()
- Electromyograph
4 CH. AMPLIFIER
Alpine Biomed ApS
8031C0511
Not in Commercial Distribution
- 00721902428517 ()
- Electromyograph
2 CH. AMPLIFIER
Alpine Biomed ApS
8031C0501
Not in Commercial Distribution
- 00721902428500 ()
- Electromyograph
2-channel EMG/EP Amplifier with 1.7 m cable
Alpine Biomed ApS
9031C0501
Not in Commercial Distribution
- 00681490920650 ()
- Electromyograph
4 CH EP ADC BOARD FOR KEYPOINT
Alpine Biomed ApS
9031C5623
Not in Commercial Distribution
- 00681490853149 ()
- Electromyograph
4 CH. AMP.BOX/ARM, KEYPOINT
Alpine Biomed ApS
9031C0311
Not in Commercial Distribution
- 00681490508865 ()
- Electromyograph
The Uroval BRS System is used to record and display electromyogram (EMG )signals. In addition, the BRS System will determine latency time intervals of the bulbocavernosus reflex (BCR). The Uroval BRS System also has report generation capabilities. The Uroval BRS System uses a probe, with a single use disposable tip to evoke a BCR response and activate recording and timing of EMG signals. The Uroval BRS System uses pre-gelled surface electrodes to monitor the muscle activity.
UROVAL, INC.
BRS System
In Commercial Distribution
- 00852523007062 ()
BRS01
- Electromyograph
No Description
Second Sight Medical Products, Inc.
014973-000
Not in Commercial Distribution
- 00856264005523 ()
014973
- Retinal prosthesis system tester/clinical evaluator
Tool used to rotate the camera on the glasses during during the camera alignment procedure.
Second Sight Medical Products, Inc.
014993-000
Not in Commercial Distribution
- 00856264005509 ()
014993
- Retinal prosthesis system tester/clinical evaluator
Used during the camera alignment procedure or other tests to record the patient’s responses.
Second Sight Medical Products, Inc.
014932-001
Not in Commercial Distribution
- 00856264005462 ()
014932
- Retinal prosthesis system tester/clinical evaluator
Cable that connects the Clinician Programming System to the Communication Adapter during programming of the Retinal Prosthesis.
Second Sight Medical Products, Inc.
014916-002
Not in Commercial Distribution
- 00856264005448 ()
014916
- Retinal prosthesis system tester/clinical evaluator
Cable that connects the Clinician Programming System to the Psychophysical Test System during programming of the Retinal Prosthesis.
Second Sight Medical Products, Inc.
014915-001
Not in Commercial Distribution
- 00856264005431 ()
014915
- Retinal prosthesis system tester/clinical evaluator
Cable that connects the Communication Adapter to the Video Processing Unit during programming of Retinal Prosthesis.
Second Sight Medical Products, Inc.
014913-001
Not in Commercial Distribution
- 00856264005424 ()
014913
- Retinal prosthesis system tester/clinical evaluator
Supplemental Software provided on a thumb drive. Enables programming of the electrical stimulation parameters of the implant.
Second Sight Medical Products, Inc.
014300-000
Not in Commercial Distribution
- 00856264005776 ()
014300
- Retinal prosthesis system tester/clinical evaluator