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MAXIO V2 is a stereotactic accessory intended for the spatial positioning and orientation of an instrument guide to assist in manual advancement of one or more instruments for image guided procedures. It provides Preoperative planning and intra operative guidance to the surgeon by visually representing the targeted path and position(s) on the image based model of the target organ along with the data provided by the instrument manufacturer.

1.00 mm x 2.0 cm VISICOIL MR Platinum Fiducial Tissue Marker

1.00 mm x 1.0 cm VISICOIL MR Fiducial Tissue Marker

1.00 mm x 0.5 cm VISICOIL MR Fiducial Tissue Marker

0.75 mm x 2.0 cm VISICOIL MR Platinum Fiducial Tissue Marker

0.75 mm x 1.0 cm VISICOIL MR Fiducial Tissue Marker

0.75 mm x 0.5 cm VISICOIL MR Fiducial Tissue Marker

0.50 mm x 2 cm VISICOIL MR Platinum Fiducial Tissue Marker

0.50 mm x 1 cm VISICOIL MR Fiducial Tissue Marker

0.50 mm x 0.5 cm VISICOIL MR Fiducial Tissue Marker

0.35 mm x 2 cm VISICOIL MR Platinum Fiducial Tissue Marker

0.35 mm x 1 cm VISICOIL MR Fiducial Tissue Marker

0.35 mm x 0.5 cm VISICOIL MR Fiducial Tissue Marker

1.10mm X 0.5cm VISICOIL

0.75mm X 0.5cm VISICOIL

0.50mm X 3cm VISICOIL

0.50mm X 2cm VISICOIL

0.50mm X 1cm VISICOIL

0.50mm X 0.5cm VISICOIL

0.35mm X 0.5cm VISICOIL

1.10mm X 3cm VISICOIL

1.10mm X 2cm VISICOIL

1.10mm X 1cm VISICOIL

0.75mm X 6cm VISICOIL

0.75mm X 3cm VISICOIL

0.75mm X 4cm VISICOIL

0.75mm X 3cm VISICOIL

0.75mm X 2cm VISICOIL

0.75mm X 1.0cm VISICOIL

0.35mm X 6.0cm VISICOIL

0.35mm X 5cm VISICOIL

0.35mm X 4cm VISICOIL

0.35mm X 3cm VISICOIL

0.35 mm x 2 cm VISICOIL

0.35 mm x 1 cm VISICOIL

The Micromate™ Navi+ system allows the percutaneous execution of a surgical intervention by providing instrument guidance according to one or more pre-operative plans defined by an internal planning and navigation software (MicroNav). The alignment to the surgical plan is performed through a manual gross-positioning using a Positioning Arm, followed by automatic or joystick-controlled movement with image guidance, such as optical CT navigation (tracked by camera). After alignment, the advancement of surgical instruments and delivery of therapy is performed manually by the user, while the position is retained by the targeting platform of Micromate™ Navi+, relying on the displayed navigation information or real-time images from third party imaging device. The Micromate™ Navi+ device is a user-controlled electromechanical arm with a needle guide. It is intended to assist the user in the positioning of surgical instruments in the chest, abdomen and musculoskeletal structures when computed tomography (CT) optical navigation can be used for target trajectory planning and intra-operative tracking. The needle is then manually advanced by the user. Trajectory planning is made with software that is a part of the Micromate™ Navi+ device.

The intended use of the Micromate™ device is to function as a remote-operated positioning and guidance system during interventional procedures. Positioning is done in a remote-controlled manner; planning of the position/angulation is done based on 2D/3D patient data (CT, cone-beam CT, fluoroscopy) by external/internal planning software – for example using an image-guided navigation system or external/internal navigation system, or planning software coming with the used imaging device. Also, verification of the correct position and orientation of the tool prior to/during/after the intervention is done by means of these external devices. The Micromate™ system is then acting as a guideway during the manual insertion of the interventional tool – usually a needle type device, and the like - through a third-party needle guide, manufactured by Exact MM (K101689): P/N E2178 (Micromate Needle Guide Set, 8-11G), P/N E2183 (Micromate Needle Guide Set,10-14G) and P/N E2184 (Micromate Needle Guide Set, 15-21G). During operation, the device is covered with a sterile drape, which is part of the P/N2178, P/N E2183 and E2184. An additional third-party Control Unit Drape is available, also manufactured by Exact MM (K101689): P/N 11718EU (Micromate Control Unit Drape). Applications include, but are not limited to, interventions like biopsy procedures, tumor ablation, nerve blocking, electrode placement, etc.

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Full-body CT system

Full-body CT system

Full-body CT system

Weight Bearing CT Imaging for Foot, Ankle, and Knee. Non-Load Bearing imaging of upper extremities.

Weight Bearing CT Imaging for Foot, Ankle, and Knee. Non-Load Bearing imaging of upper extremities.

Cone Beam Computed Tomography diagnostic extremity imaging system. Compatible with 230 Volts power outlet. 3D field of view of 17.2 cm (height) x 16cm (diameter) accommodates imaging of hand, wrist, forearm, elbow, knee, lower leg or foot. Bore platforms are interchangeable to accommodate patient size and body part. Self-shielded to reduce scatter radiation during scan. Scan time is less than 30 seconds. Scans are output as DICOM compatible 3D reconstructions, 0.2 mm multi-planar slices. In Reach system includes acquisition station and visualization station enabled with CubeVue visualization software.

Cone Beam Computed Tomography diagnostic extremity imaging system. Compatible with 115 Volts power outlet. 3D field of view of 17.2 cm (height) x 16cm (diameter) accommodates imaging of hand, wrist, forearm, elbow, knee, lower leg or foot. Bore platforms are interchangeable to accommodate patient size and body part. Self-shielded to reduce scatter radiation during scan. Scan time is less than 30 seconds. Scans are output as DICOM compatible 3D reconstructions, 0.2 mm multi-planar slices. In Reach system includes acquisition station and visualization station enabled with CubeVue visualization software.

Cone Beam Computed Tomography diagnostic imaging system dedicated to the foot and ankle. Compatible with 230 Volts power outlet. 3D field of view of 20 cm (height) x 35 cm (diameter) accommodates weight bearing, bilateral imaging of both entire feet/ankles. Built-in cushioned seat allows for non-weight bearing imaging. Handlebars assist patients with entry into and exit from device. Scan time is 48 seconds or less. Scans are output as DICOM compatible 3D reconstructions, 0.3 mm multi-planar slices. PedCAT system includes acquisition station and visualization station enabled with CubeVue visualization software.

Cone Beam Computed Tomography diagnostic imaging system dedicated to the foot and ankle. Compatible with 115 Volts power outlet. 3D field of view of 20 cm (height) x 35 cm (diameter) accommodates weight bearing, bilateral imaging of both entire feet / ankles. Built-in cushioned seat allows for non-weight bearing imaging. Handlebars assist patients with entry into and exit from device. Scan time is 48 seconds or less. Scans are output as DICOM compatible 3D reconstructions, 0.3 mm multi-planar slices. PedCAT system includes acquisition station and visualization station enabled with CubeVue visualization software.

The EPIONE device is a user controlled, stereotactic accessory intended to assist in the planning and manual advancement of one more instruments, as well as in verification of instrument position during Computed Tomography (CT) guided percutaneous procedures