The J5 Myomonitor TENS unit is a muscle stimulator used to create a physiologica
The J5 Myomonitor TENS unit is a muscle stimulator used to create a physiologically relaxed state of the muscles of mastication.
Multiple sensors in an extremely light weight (four ounce) spectacle-like array,
Multiple sensors in an extremely light weight (four ounce) spectacle-like array, track the motion of a tiny magnet attached to the lower incisal gingiva with adhesive material. The configuration is totally non-invasive and, unlike clutches, does not interfere with patient function. The opposing sensors are wide apart permitting unobstructed access to the oral cavity for taking bite registrations and other clinical procedures, and the system is virtually immune from effects of slight head motion or nearby metallic or electronic interference. A patient education mode is included to simplify patient understanding and staff training.
NFS,IKN,KZM
Device, Jaw Tracking, For Monitoring Jaw Positions,Electromyograph, Diagnostic,D
Device, Jaw Tracking, For Monitoring Jaw Positions,Electromyograph, Diagnostic,Device, Muscle Monitoring
Utilizing high quality bipolar surface electrodes, surface EMG data can be taken
Utilizing high quality bipolar surface electrodes, surface EMG data can be taken from up to eight muscle sites simultaneously and in real time. The program permits taking electromyography data either at rest or in function. All eight channels may be displayed simultaneously, for a period of 15 seconds (one visual screen width). The K7/EMG signal processing circuitry provides unsurpassed protection against system noise or motion artifact. The patient education mode permits quick and easy patient education as to status of masticatory muscles.
KZM,NFS,IKN
Device, Muscle Monitoring,Device, Jaw Tracking, For Monitoring Jaw Positions,Ele
Device, Muscle Monitoring,Device, Jaw Tracking, For Monitoring Jaw Positions,Electromyograph, Diagnostic
TMJ Vibration (Sound) Evaluation System. A lightweight headset holds highly sens
TMJ Vibration (Sound) Evaluation System. A lightweight headset holds highly sensitive vibration transducers over each TM joint, enabling simultaneous, bilateral capture of tissue vibrations emanating from joint sounds. Vibration (sound) data is correlated to vertical dimension of opening and closing, providing clinicians with valuable information to aid in assessing the status of articular disk and joint function.
KZM,IKN,NFS,NFQ
Device, Muscle Monitoring,Electromyograph, Diagnostic,Device, Jaw Tracking, For
Device, Muscle Monitoring,Electromyograph, Diagnostic,Device, Jaw Tracking, For Monitoring Jaw Positions,Device, Dental Sonography, For Monitoring Jaw Sounds
Non-jelled TENS Electrodes for use with Myomonitor.Designed for patients with s
Non-jelled TENS Electrodes for use with Myomonitor.Designed for patients with sideburns or a beard.
Noromed SEMG, with broader operating ranges, greater sensitivity, and unsurpasse
Noromed SEMG, with broader operating ranges, greater sensitivity, and unsurpassed ability to eliminate extraneous electrical "noise", provides an SEMG platform you can use with confidence. With Noromed SEMG you know you are getting true, reliable and repeatable results.In evaluating the technological sophistication, superiority and reliability of SEMG systems, the most important factors are sensitivity (usually expressed in microvolts), the monitoring range (again usually expressed in microvolts), and how the instrument eliminates ambient electrical noise.
Non-jelled TENS Electrodes for use with Myomonitor. Designed for patients with s
Non-jelled TENS Electrodes for use with Myomonitor. Designed for patients with sideburns or a beard.
Noromed computerized manual muscle testing offers manual muscle testing at its b
Noromed computerized manual muscle testing offers manual muscle testing at its best by bringing science to what once was an art.The muscle testing hardware includes an ergonomic force gauge and five attachments to choose from which provide easy, comfortable testing of all muscle groups - large and small. Now you can perform real time strength testing - quickly and easily - and all fully documented by the computer interface.The flexibility of the system allows you to use pre-programmed established protocols or create your own. Designed to meet your needs, the software calculates the statistics appropriate to each test as well as generating a wide variety of documentation to fit your specific needs. This documentation includes:Supportive documentation reports which contain the graphic reports and profiles of the actual test data. Reports included are:•A composite report of individual test results by protocol and muscles tested as well as calculated deficits. •A test comparison report which collects and displays the patient's historical results. •A Myotest data report which presents both statistical data and graphical data of the individual test broken down by trial.
The Dynamic SEMG module of the MES 9000 allows for the recording of up to 8 chan
The Dynamic SEMG module of the MES 9000 allows for the recording of up to 8 channels of SEMG simultaneously. The MES 9000 offers you the flexibility to monitor and record the data in its raw state or as integrated data.The powerful and user-friendly software simplifies the recording of multiple muscle groups of antagonist and synergist muscles to facilitate assessment and case documentation. In addition, the system includes pre-programmed protocols and analysis for assessment, muscle education and relaxation training. The clinician may also program custom protocols - quickly and simply.
By using sophisticated sensors within the inclinometers, the Dynamic ROM system
By using sophisticated sensors within the inclinometers, the Dynamic ROM system records the patient's entire ROM through the plane of movement and displays it in a graphical representation on the computer screen. Unlike other systems which simply give you a static endpoint measurement of ROM, Dynamic ROM captures the entire movement. The figure to your left shows a typical Dynamic ROM recording of the dynamic motion of the spine during three repetitions of lumbar flexion and extension. The numbers correspond with the figure to the left showing the patient's motions.The inclinometers are attached to straps placed over T12 and S1. The recording of the sensor at S1 is subtracted from the recording at T12 to produce the DIFFerential recording graph which represents the true motion of the patient's lumbar during lumbar flexion and extension motion. The flattened DIFF tracing line on each repetition during end-point indicates that both sensors are moving at the same rate of speed, and that the lumbar lordosis stopped unfolding before the end-point of trunk flexion had been reached. With this information the clinician can observe and assess the quality and the pattern of the patient's motion as well as the quantity of the ROM. Dynamic Range of Motion from Noromed elevates range of motion testing from a simple measurement tool to a true diagnostic tool.
NOROTRODES are silver-silver chloride electrodes for surface EMG applications. C
NOROTRODES are silver-silver chloride electrodes for surface EMG applications. Contact surfaces pre-jelled with hypoallergenic jel that is water soluble for quick cleanup. Mounted on hypoallergenic adhesive. Silver snap connectors.
The BNS-40 is a miniaturized version of the Myomonitor designed to allow the pat
The BNS-40 is a miniaturized version of the Myomonitor designed to allow the patient to safely apply electrical stimulation while at home to relax tense muscles.
36 single-use electrodes per pouch, 2 pouches per box (72 electrodes total).A re
36 single-use electrodes per pouch, 2 pouches per box (72 electrodes total).A revolutionary electrode designed especially for use with the Myomonitor and BNS-40 unit.
Utilizing high quality bipolar surface electrodes, surface EMG data can be taken
Utilizing high quality bipolar surface electrodes, surface EMG data can be taken from up to eight muscle sites simultaneously and in real time. The program permits taking electromyography data either at rest or in function. All eight channels may be displayed simultaneously, for a period of 15 seconds (one visual screen width). The K7/EMG signal processing circuitry provides unsurpassed protection against system noise or motion artifact. The patient education mode permits quick and easy patient education as to status of masticatory muscles.
Multiple sensors in an extremely light weight (four ounce) spectacle-like array,
Multiple sensors in an extremely light weight (four ounce) spectacle-like array, track the motion of a tiny magnet attached to the lower incisal gingiva with adhesive material. The configuration is totally non-invasive and, unlike clutches, does not interfere with patient function. The opposing sensors are wide apart permitting unobstructed access to the oral cavity for taking bite registrations and other clinical procedures, and the system is virtually immune from effects of slight head motion or nearby metallic or electronic interference. A patient education mode is included to simplify patient understanding and staff training.
NFS
Device, Jaw Tracking, For Monitoring Jaw Positions
TMJ Vibration (Sound) Evaluation System. A lightweight headset holds highly sens
TMJ Vibration (Sound) Evaluation System. A lightweight headset holds highly sensitive vibration transducers over each TM joint, enabling simultaneous, bilateral capture of tissue vibrations emanating from joint sounds. Vibration (sound) data is correlated to vertical dimension of opening and closing, providing clinicians with valuable information to aid in assessing the status of articular disk and joint function.
NFQ
Device, Dental Sonography, For Monitoring Jaw Sounds
1
K7 ESG-2 Electrosonograph
Other products with the same Product Codes"KZM, KQX, HCC"
A baby seal type robot with artificial intelligence in light Pink Color. Neurolo
A baby seal type robot with artificial intelligence in light Pink Color. Neurological Therapeutic Medical Device in Biofeedback Medical Device. For psycho-physiological biofeedback for pain, anxiety, depression, sleep and behavioral issues such as aggression, agitation and wandering, and for rehabilitation of speech, swallowing and fine motor skills. For patients of dementia, cancer, PTSD, brain injury, Parkinson's disease, etc
A baby seal type robot with artificial intelligence in Charcoal Gray Color. Neur
A baby seal type robot with artificial intelligence in Charcoal Gray Color. Neurological Therapeutic Medical Device in Biofeedback Medical Device. For psycho-physiological biofeedback for pain, anxiety, depression, sleep and behavioral issues such as aggression, agitation and wandering, and for rehabilitation of speech, swallowing and fine motor skills. For patients of dementia, cancer, PTSD, brain injury, Parkinson's disease, etc
A baby seal type robot with artificial intelligence in Gold ColorNeurological Th
A baby seal type robot with artificial intelligence in Gold ColorNeurological Therapeutic Medical DeviceBiofeedback Medical DeviceFor psycho-physiological biofeedback for pain, anxiety, depression, sleep and behavioral issues such as aggression, agitation and wandering, and for rehabilitation of speech, swallowing and fine motor skillsFor patients of dementia, cancer, PTSD, brain injury, Parkinson's disease, etc
A baby seal type robot with artificial intelligenceNeurological Therapeutic Medi
A baby seal type robot with artificial intelligenceNeurological Therapeutic Medical DeviceBiofeedback Medical DeviceFor psycho-physiological biofeedback for pain, anxiety, depression, sleep and behavioral issues such as aggression, agitation and wandering, and for rehabilitation of speech, swallowing and fine motor skillsFor patients of dementia, cancer, PTSD, brain injury, Parkinson's disease, etc
A device to assist the clinician with establishing an objective assessment of a
A device to assist the clinician with establishing an objective assessment of a person’s range of movement. The device is intended to be non-invasive, non-surgical and transient.
A device to assist the clinician with establishing an objective assessment of a
A device to assist the clinician with establishing an objective assessment of a person’s range of movement. The device is intended to be non-invasive, non-surgical and transient.
A device to assist the clinician with establishing an objective assessment of a
A device to assist the clinician with establishing an objective assessment of a person’s range of movement. The device is intended to be non-invasive, non-surgical and transient.
A device to assist the clinician with establishing an objective assessment of a
A device to assist the clinician with establishing an objective assessment of a person’s range of movement. The device is intended to be non-invasive, non-surgical and transient.
A device to assist the clinician with establishing an objective assessment of a
A device to assist the clinician with establishing an objective assessment of a person’s range of movement. The device is intended to be non-invasive, non-surgical and transient.
A device to assist the clinician with establishing an objective assessment of a
A device to assist the clinician with establishing an objective assessment of a person’s range of movement. The device is intended to be non-invasive, non-surgical and transient.
A device to assist the clinician with establishing an objective assessment of a
A device to assist the clinician with establishing an objective assessment of a person’s range of movement. The device is intended to be non-invasive, non-surgical and transient.
A device to assist the clinician with establishing an objective assessment of a
A device to assist the clinician with establishing an objective assessment of a person’s range of movement. The device is intended to be non-invasive, non-surgical and transient.
Sens is an inertial sensor to measure the range of motion and to compare the sym
Sens is an inertial sensor to measure the range of motion and to compare the symmetry between the injured limb’s amplitude andthe healthy limb.
The Myolab II was specifically designed for use in fitting and troubleshooting t
The Myolab II was specifically designed for use in fitting and troubleshooting the Utah Arm and ProPlus myoelectric prostheses. It can be used to locate muscle activity down to 0.2 microvolts in the remnant limb. The adjustable gain feature allows the device to test and train muscle EMG for any single or dual-channel myoelectric control system.
The eVox System is intended for the acquisition, display, and storage, of electr
The eVox System is intended for the acquisition, display, and storage, of electrical activityof a patient’s brain including electroencephalograph (EEG) and event-related potentials(ERP) obtained by placing two or more electrodes on the head to aid in diagnosisThe medical system includes the “eVox System” amplifier device, accessories, and acomputer (laptop computer or tablet device with internal battery and power cord).The hardware and ancillary components used in conjunction with the eVox System includean EEG cap, the eVox Amplifier, a charging kit (that consists of a USB cable, clip kit, andwall adapter), a Subject Response Device and a Base Station laptop computer. Thesoftware on the Base Station laptop computer is intended for device functioning
The Radink Sensor uses a combination of a 3-axis accelerometer, a 3-axis gyrosco
The Radink Sensor uses a combination of a 3-axis accelerometer, a 3-axis gyroscope, and a 3-axis magnetometer to locate a patient's body in 3D space. It is calibrated to the patient's original position immediately prior to the surgery so any movement is tracked and the patient can be returned to the original position at any time during or after the surgery.