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EKSO BIONICS SYSTEM, Ekso GT

Indego Therapy is a computerized, adjustable-fit powered exoskeleton, designed to restore walking function for impaired individuals.

Indego is a computerized, powered exoskeleton, designed to restore walking function for impaired individuals.

Decellularized Bovine Pericardium

The Integra Sphenoidal Electrode is designed for investigative intraoperative monitoring of cortical electrical activity specifically at the undersurface of the temporal lobe. It has one platinum contact and is supplied with an insertion needle.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Auragen™ depth electrodes are designed for intraoperative monitoring of cortical electrical activity in order to define the location of epileptogenic foci. They are inserted stereotaxically into the brain. Depth electrodes are available with 4 to 12 platinum/iridium contacts. The type of depth electrode used is dependent on the procedure and the size of area being tested.

The Integra Sphenoidal Electrode is designed for investigative intraoperative monitoring of cortical electrical activity specifically at the undersurface of the temporal lobe. It has one platinum contact and is supplied with an insertion needle.

The videonystagmography performed by a camera and infra red light measures and records the eye movement, which is analyzed by the software. HEADSTAR is the essential tool to study the various functions of balance, namely the oculomotricity (ocular saccades, pursuit, optokinetic nystagmus), the study of the vestibular system (spontaneous and positional nystagmi, rotary tests, caloric tests and the Video Head Impulse Test. HEADSTAR is a nystagmography system and is able to record movements of one eye: horizontal, vertical and rotary on option. The calibration carried out by camera is stable and should only be made once at the beginning of the examination. The recording by camera removes all artefacts due to the changes of polarity between the electrodes and the skin like with the interferences of electric and electrophysiological origin. HEADSTAR is also equipped with gyroscope to record movements of the patient's head. Combination of movements of the eye and of the head allow to run VHIT tests and other oculomotor tests.

The videonystagmography performed by a camera and infra red light measures and records the eye movement, which is analyzed by the software. NYSSTAR II is the essential tool to study the various functions of balance, namely the oculomotricity (ocular saccades, pursuit, optokinetic nystagmus) and the study of the vestibular system (spontaneous and positional nystagmi, rotary tests, caloric tests. NYSSTAR II is a nystagmography system and is able to record simultaneously both eyes movements, as well horizontal, as vertical. The calibration carried out by camera is stable and should only be made once at the beginning of the examination. The recording by camera removes all artefacts due to the changes of polarity between the electrodes and the skin like with the interferences of electric and electrophysiological origin. NYSSTAR IU is also equipped with gyroscope to record movements of the patient's head. Combination of movements of the eye and of the head allow to run specific oculomotor tests.

The videonystagmography performed by a camera and infra red light measures and records the eye movement, which is analyzed by the software. NYSSTAR II is the essential tool to study the various functions of balance, namely the oculomotricity (ocular saccades, pursuit, optokinetic nystagmus) and the study of the vestibular system (spontaneous and positional nystagmi, rotary tests, caloric tests. NYSSTAR II is a nystagmography system and is able to record simultaneously both eyes movements, as well horizontal, as vertical. The calibration carried out by camera is stable and should only be made once at the beginning of the examination. The recording by camera removes all artefacts due to the changes of polarity between the electrodes and the skin like with the interferences of electric and electrophysiological origin. NYSSTAR IU is also equipped with gyroscope to record movements of the patient's head. Combination of movements of the eye and of the head allow to run specific oculomotor tests.

The videonystagmography performed by a camera and infra red light measures and records the eye movement, which is analyzed by the software. NYSSTAR II is the essential tool to study the various functions of balance, namely the oculomotricity (ocular saccades, pursuit, optokinetic nystagmus) and the study of the vestibular system (spontaneous and positional nystagmi, rotary tests, caloric tests. NYSSTAR II is a nystagmography system and is able to record simultaneously both eyes movements, as well horizontal, as vertical. The calibration carried out by camera is stable and should only be made once at the beginning of the examination. The recording by camera removes all artefacts due to the changes of polarity between the electrodes and the skin like with the interferences of electric and electrophysiological origin. NYSSTAR IU is also equipped with gyroscope to record movements of the patient's head. Combination of movements of the eye and of the head allow to run specific oculomotor tests.

The videonystagmography performed by a camera and infra red light measures and records the eye movement, which is analyzed by the software. HEADSTAR is the essential tool to study the various functions of balance, namely the oculomotricity (ocular saccades, pursuit, optokinetic nystagmus), the study of the vestibular system (spontaneous and positional nystagmi, rotary tests, caloric tests and the Video Head Impulse Test. HEADSTAR is a nystagmography system and is able to record movements of one eye: horizontal, vertical and rotary on option. The calibration carried out by camera is stable and should only be made once at the beginning of the examination. The recording by camera removes all artefacts due to the changes of polarity between the electrodes and the skin like with the interferences of electric and electrophysiological origin. HEADSTAR is also equipped with gyroscope to record movements of the patient's head. Combination of movements of the eye and of the head allow to run VHIT tests and other oculomotor tests.

The videonystagmography performed by a camera and infra red light measures and records the eye movement, which is analyzed by the software. NYSSTAR II is the essential tool to study the various functions of balance, namely the oculomotricity (ocular saccades, pursuit, optokinetic nystagmus) and the study of the vestibular system (spontaneous and positional nystagmi, rotary tests, caloric tests. NYSSTAR II is a nystagmography system and is able to record simultaneously both eyes movements, as well horizontal, as vertical. The calibration carried out by camera is stable and should only be made once at the beginning of the examination. The recording by camera removes all artefacts due to the changes of polarity between the electrodes and the skin like with the interferences of electric and electrophysiological origin.

The videonystagmography performed by a camera and infra red light measures and records the eye movement, which is analyzed by the software. NYSSTAR I is the essential tool to study the various functions of balance, namely the oculomotricity (ocular saccades, pursuit, optokinetic nystagmus) and the study of the vestibular system (spontaneous and positional nystagmi, rotary tests, caloric tests). NYSSTAR I is able to record all eye movements, as well horizontal, as vertical and even rotary movements on option. The calibration carried out by NYSSTAR I is stable and should only be made once at the beginning of the examination. The recording by camera removes all artefacts due to the changes of polarity between the electrodes and the skin like with the interferences of electric and electrophysiological origin.

GammaPro Straight Standard Probe for wireless ionizing radiation detection.

GammaPro Kit with Standard probe, Tablet and Carry Case used for wireless ionizing radiation detection.

GammaPro Angled Standard Probe used for wireless ionizing radiation detection.

GammaPro Laparoscopic Probe used for wireless ionizing radiation detection.

GammaPro Laparoscopic Probe with Tablet and Carry Case used for wireless ionizing radiation detection.

GammaPro High Sensitivity Probe used for wireless ionizing radiation detection.

GammaPro Hi-Sense Probe with Tablet and Carry Case used for wireless ionizing radiation detection.

Table with installed software is used with wireless battery powered probes (different shapes and sizes) to detect a determined range of gamma radiation energies and maximizes sensitivity and directivity.

Unloading harness for gait training

Bariatric Harness for persons 300-600 lbs

Pediatiric harness for gait training.

Simple two-loop spotting harness for gait and balance training.

Harness for Healing Solutions Robotic Trainer

Balance harness for balance training activities

18mm x 21mm Cage; The Asfora Bullet Cage® is indicated for spinal fusion procedures in skeletally mature patients with degenerative disc disease (DDD) and instability in the lumbar spine at one or two contiguous levels from L2 to S1. DDD for lumbar systems is defined as back pain of discogenic origin with degeneration of the disc confirmed by history and radiographic studies. The DDD patients may also have up to Grade I spondylolisthesis at the involved level(s). The ABC cage devices are used with autogenous bone graft. Patients should be skeletally mature and have had at least six (6) months of non-operative treatment prior to implant. When implanted via a posterior (PLIF, TLIF) approach, this device should be used with supplemental fixation.

16mm x 25mm Cage; The Asfora Bullet Cage® is indicated for spinal fusion procedures in skeletally mature patients with degenerative disc disease (DDD) and instability in the lumbar spine at one or two contiguous levels from L2 to S1. DDD for lumbar systems is defined as back pain of discogenic origin with degeneration of the disc confirmed by history and radiographic studies. The DDD patients may also have up to Grade I spondylolisthesis at the involved level(s). The ABC cage devices are used with autogenous bone graft. Patients should be skeletally mature and have had at least six (6) months of non-operative treatment prior to implant. When implanted via a posterior (PLIF, TLIF) approach, this device should be used with supplemental fixation.