ILUMA V-Works and ILUMA V-Implant software are powerful 3D medical imaging and surgery simulation programs using CT and MR data.

Innovative Software Package

Key Features:

	Patient/Study database/PACS interface
	MIP, Mini IP, Ray Sum rendering
	Surface rendering
	Surgery simulations
	Volume rendering with image presets
	MPR, oblique and curved oblique images
	Image and ciné capture
	Output to Dicom 3 file formats
	Cepholmetric Restorations
	Panoramic Restorations

Volume Rendering 

ILUMA V-Works has a pre-defined volume rendering preset. Users can produce volume rendered images by selecting a preset with the most similar image to the one desired.

Full volume rendering

MPR & Oblique Images
 
ILUMA V-Works supports arbitrary oblique as well as traditional MPR (Multi-Planar Reconstructed) images. 

Powerful Segmentation

ILUMA V-Works designates different anatomical features by using color-coding to separate parts from the whole image. Segmentation may also be utilized to represent differences in the density of anatomical features.

Surface Rendering 
 
ILUMA V-Works can reconstruct a surface model from segmented objects. In the Surface Rendering Mode, multiple surface models can be rendered simultaneously or superimposed.
 

Measurements on 2D & 3D

ILUMA V-Works allows accurate measurements of length, width, depth and volume to prepare treatment plans and surgical simulations.

Surgery Simulation

ILUMA V-Works supports predefined surgery presets for mandibular surgery. By selecting one of these presets, the user can easily define, cut and simulate surgery. In cases where there are no matched presets, the clinician can define his own cut plane and cut the object manually.
  

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ILUMA V-Implant is used for surgical simulation with dental implants.

Key Features:

	Cross-sectional viewing
	Panoramic restorations
	Implant simulation
	Nerve display
	Multi-sectional views
	Measurements in 2D & 3D
	Generated reports
	Export to STL for modeling

Cross Sectional Viewing

Easy to create, edit and delete the arch form Perpendicular cross-sectional reconstruction along the arch Thickness cross-sectional view

Panoramic View

	Panoramic Oblique image along the arch
	Lower view reflects a Ray Sum panoramic image

Inferior Alveolar Nerve Identification and Location

	Select points of nerve by browsing axial images back and forth
	Modify image in panoramic view
	Automatically save as 3D objects

Implant Simulation

	Create implant
	Select, move and rotate implant
	Set implant properties (diameter, color, length, etc.)
	Measure for tilt and turn
	Export to STL file for 3D modeling and printing

Multi-Sectional Views

ILUMA V-Implant is able to produce 12 cutting planes by rotating every 15 degrees in the middle plane of the created implant. 

Export to STL

ILUMA V-Implant provides features for export of STL files to 3D printers to allow for modeling and fabrication of surgical guide stints.

  

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