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The Navigated Pedicle Access Kit is intended to be used in image guided surgery with the 7D Surgical System. The Navigated Pedicle Access Kit is intended for use in posterior spinal surgery to assist in the acurate placement of pedicle screws. The device is sterile and designed for single use.

The IZI Pedicle Access Kit consists of one pedicle access needle with cannula. The handle contains 4 retro-reflective Navigation Markers (Spherz K022074). The device is sterile and designed for single use. The patient-contacting components are the stainless-steel cannulas and needle. The product is used to gain access to the pedicle in image guided surgeries using the 7D Surgical System. The retro-reflective Navigation Markers (Spherz) that are attached to the handle allows the camera system of 7D Surgical System (K180352) to accurately locate where the tip of the needle is in space.

The CushionCast™ Moldable Cushion is to be used by trained medical professionals for stable support and positioning of patients undergoing radiation therapy or other treatment in a clinic or hospital setting.

The CushionCast™ is moldable stabilization cushions for radiation therapy patients. This product targets customers who require stabilization cushions for patients who are undergoing radiation therapy. The CushionCast™ is needed in order to mold to the shape of the patient's head to immobilize any movement during radiation therapy. The cushion is constructed with a biocompatible and water resistant fabric and internal components, which include low viscosity casting resins that are sealed in pouches and polystyrene beads as filler material. To activate the cushion, the pouches are popped, and the internal components are mixed for 2 minutes. The plug inserted in the vent tube is removed prior to the molding process. The vent tube serves to expel excess air to allow for an accurate mold. The mixture of the Part A and Part B liquid plastics should yield a hardened mold. The fully cured mold provides a dimensionally stable cushion required by radiotherapy systems.

The MDT Navigable Brain Biopsy Cannula is for use in stereotaxic biopsy of cranial tissue. The MDT Navigable Brain Biopsy Cannula is a pre-sterilized, single-use, sidecutting cannula where the cutting action is achieved by rotation of an inner cannula within an outer cannula. The device is compatible with Medtronic's StealthStation® Image Guided Surgery System.

The MDT Navigable Brain Biopsy Cannula contains a calibrated biopsy cannula that is used with a compatible image guided surgery navigation system in stereotaxic biopsy of cranial tissue. The device is compatible with Medtronic's StealthStation® Image Guided Surgery System. Like the predicate devices, both devices are pre-sterilized, single-use, stainless steel devices and use a side-cutting cannula where the cutting action is achieved by rotation of an inner cannula within an outer cannula. The MDT Navigable Brain Biopsy Cannula components include a navigable biopsy cannula, a biopsy cannula stop with screw, a stop adjustment tool and an aspiration tube.

The Disposable Passive Accessory is intended to be used for anatomy palpation in image guided surgeries with Medtronic StealthStation® System. The device is sterile and designed for single use.

The IZI Disposable Passive Accessory contains one disposable point probe mounted with five passive reflective sphere markers, as well as ten additional passive reflective sphere markers. The Disposable Passive Accessory is intended to be used for anatomy palpation and registration in image guided surgeries with the Medtronic StealthStation® system. The device is sterile and designed for single use. The Disposable Passive Accessory provides a single-use alternative to Medtronic reusable parts. The Disposable Passive Accessory is constructed by a dimension stable thermoplastic handle where five passive reflective sphere markers are mounted on, with a stainless steel tip that is used to register and locate patient anatomical structure in an image guided surgery using the Medtronic StealthStation® System. The permanently mounted passive reflective spheres are at the same three dimensional locations as the Medtronic predicate product. In an IGS procedure, the two cameras of the StealthStation® captures the reflective light from the five sphere markers for the System to calculate and determine the location of the stainless tip and the position of the probe.