The head-holder kit consists of a half-ring, six pins, a clip for fixing the hal
The head-holder kit consists of a half-ring, six pins, a clip for fixing the half-ring onto the head-holder attachment. The kit is fixed on the base of the neuro mate®.
The drill is used to create a hole in the patient's skull to screw the temporary
The drill is used to create a hole in the patient's skull to screw the temporary implant insert.
The imaging localizer is attached to the temporary implant insert when the patie
The imaging localizer is attached to the temporary implant insert when the patient goes into the CT scanner for use in the ultrasound Frameless mode. Delivered in a storage case.
The registration frame (or microphone frame) is attached to the temporary implan
The registration frame (or microphone frame) is attached to the temporary implant insert at the start of surgery in order to map the patient with the neuro mate® in the ultrasound Frameless mode. Delivered in a storage case.
A part of the fiducial fixation kit, the long stop collar is fixed on the drill
A part of the fiducial fixation kit, the long stop collar is fixed on the drill in order to limit the depth of the drill.
The kit is only used for the ultrasound Frameless registration. The fiducial fix
The kit is only used for the ultrasound Frameless registration. The fiducial fixation kit comprises a temporary implant insert, a screwdriverfor the temporary implant insert, four pins, a screwdriver for the pins, a drill, a stop collar, a screwdriver for the stop collar and a sterilization container.
The imaging localizer is attached to the temporary implant insert when the patie
The imaging localizer is attached to the temporary implant insert when the patient goes into the MRI scanner for use in the ultrasound Frameless mode. Delivered in a storage case.
This support is used to fix the Frameless head-holder on the neuro mate® system
This support is used to fix the Frameless head-holder on the neuro mate® system thanks to two screws.
Tool guide OD15 - Long guide (XX = internal diameter)
005.0606
Long tool adaptor or guide bushing to accommodate various diameters of instrumen
Long tool adaptor or guide bushing to accommodate various diameters of instruments. Only the diameter of the central hole is adapted.
Tool guide OD15 - Standard guide (XX = internal diameter)
005.0142
Tool adaptor or guide bushing to accommodate various diameters of instruments. O
Tool adaptor or guide bushing to accommodate various diameters of instruments. Only the diameter of the central hole is adapted.
neuro mate® is an image-guided, computer-controlled, 5-axis articulated arm. It
neuro mate® is an image-guided, computer-controlled, 5-axis articulated arm. It is intended for use in an operating room to position and orientate as prescribed by the surgeon a guide into which the surgeon can manually insert standard stereotactic instruments. neuro mate® provides the surgeon with precise, reliable, and reproducible mechanical assistance in order to guide instruments during surgical interventions. neuro mate® could be considered as a motorised stereotactic frame controlled by interactive PC-based imaging software which provides three-dimensional images of the anatomical structures of the brain as well as the target points.The neuro mate® is a configurable medical device that is composed of a mobile support with or without a spacer, an arm, a planning trolley (with a planning station and a planning software), a remote control and cables.
A part of the Frameless Head-holder kit, the clip fixes the Head-holder ring ont
A part of the Frameless Head-holder kit, the clip fixes the Head-holder ring onto the head-holder attachment.
A part of the Frameless Head-holder kit, the patient's head is immobilized in th
A part of the Frameless Head-holder kit, the patient's head is immobilized in the head-holder ring before doing imaging.
The registration tool-holder (or ultrasound tool-holder) is used during registra
The registration tool-holder (or ultrasound tool-holder) is used during registration in ultrasound Frameless mode. Delivered in a storage case.
The laser tool-holder is used to check the system's precision before beginning s
The laser tool-holder is used to check the system's precision before beginning surgery. It is also used to indicate trajectory entry points on the skull's surface.Delivered in a storage case.
This support is used to fix a Leksell Model G Elekta frame on the neuro mate® in
This support is used to fix a Leksell Model G Elekta frame on the neuro mate® in Framebased mode.
HAW
Neurological Stereotaxic Instrument
2
neuro mate® - Adaptation for Leksell Model G Elekta frame
A part of the fiducial fixation kit, the screwdriver is used for screwing the te
A part of the fiducial fixation kit, the screwdriver is used for screwing the temporary implant insert in the patient's skull.
HAW
Neurological Stereotaxic Instrument
2
neuro mate® - Screwdriver for the temporary implant insert
A part of the fiducial fixation kit, the pin allows to prevent the rotation of t
A part of the fiducial fixation kit, the pin allows to prevent the rotation of the temporary implant insert.
The standard tool-holder is universal and features a guide bushing into which st
The standard tool-holder is universal and features a guide bushing into which standard neurosurgical instruments may be inserted such as drills, tube-guides, biopsy instruments and catheters, etc.It can be sold and delivered with a sterilization container.
A part of the fiducial fixation kit, the screwdriver is used for screwing the pi
A part of the fiducial fixation kit, the screwdriver is used for screwing the pins through the temporary implant insert in the patient's skull.
A part of the fiducial fixation kit, indispensable for the ultrasound Frameless
A part of the fiducial fixation kit, indispensable for the ultrasound Frameless mode. It is screwed on the patient's skull during a surgical action.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 5 spheres per tray in a pouch. There is 1 tray-in-pouch for a total of 5 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 5 spheres per tray in a pouch. There are 12 tray-in-pouches for a total of 60 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 4 spheres per tray in a pouch. There are 12 tray-in-pouches for a total of 48 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery.One retail carton is made up of 1 sphere per tray in a pouch. There are 12 tray-in-pouches for a total of 12 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 1 sphere per inner pouch with 4 inner pouches in an outer pouch. There are 5 pouch-in-pouches for a total of 20 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 1 sphere per pouch with 3 pouches in another pouch. There are 5 pouch-in-pouches for a total of 15 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 1 sphere per pouch with 1 pouch in another pouch. There are 5 pouch-in-pouches for a total of 5 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 10 sphere per tray in a pouch. There are 2 tray-in-pouches for a total of 20 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 15 spheres per tray in a pouch. There are 2 tray-in-pouches for a total of 30 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 12 spheres per tray in a pouch. There are 2 tray-in-pouches for a total of 24 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 9 sphere per tray in a pouch. There are 2 tray-in-pouches for a total of 18 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 5 spheres per tray in a pouch. There are 12 tray-in-pouches for a total of 60 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 4 sphere per tray in a pouch. There are 12 tray-in-pouches for a total of 48 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 3 spheres per tray in a pouch. There are 12 tray-in-pouches for a total of 36 spheres.
Disposable Reflective Spheres attached to reference frames and surgical instrume
Disposable Reflective Spheres attached to reference frames and surgical instruments for use during surgical navigation in image guided surgery. One retail carton is made up of 1 sphere per tray in a pouch. There are 12 tray-in-pouches for a total of 12 spheres.