Kodak 9500 Cone Beam 3D System

Kodak 9500 Cone Beam 3D System dilivers generate anatomically precise 3D image quickly and easily. Kodak 9500 has two fields option, medium field and large field option. The medium field option is an ideal solution for dental exams, implant placements and TMJ analyses. The large field 3D capture dual jaw images or visualize all angles of patients' dento-maxillofacial anatomy in one quick and easy acquisition. This system's customizable imaging features that ideal for any dental applications.


Technical Specification:
  • Tube Voltage: >60-90 kV (max)
  • Tube Current: 2-15 mA (max)
  • Frequency: 140 kHz (max)
  • Tube Focal Spot: 0.7 mm (IEC 336)
  • Total Filtration: >2.5 mm eq. Al
  • Weight: 388 lb.
  • 3D Technology: Amorphous silicon flat panel
  • Field of View: Large-field program – 184 x 206 mm
  • Reconstruction Time: 2 min, 20 sec
The kodak 9500 uses modern and open design. Stylish and practical, the system accommodates patients of all sizes and is also wheelchair accessible. Face to face positioning makes placement easier than ever, while fast scanning helps prevent patient movement during the exam.

The system represents a culmination of decades of experience. Robust and very easy to use the system boasts a user-friendly platform that allows operator to make selections directly on the computer.


To reduce the amount of radiation exposure, the system dilivers an optimized radiation dose, giving the patients a more comfortable, safer exam. The Kodak 9500 gives high resolution image in the oral and maxillofacial actual spatial representation.

For more detail specification, please visit KODAK homepage.

8 Comments:

At December 2, 2011 at 12:06 AM , Blogger John Moran said...

This is going to revolutionize the field of dentistry. Must have gadget for any dentist.
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At January 25, 2012 at 5:52 AM , Blogger yizhantech said...

Cone Beam CT images are typically visualized in the standardized MPR (Multi-Planar Reformatted) mode, which is a post processing technique that reconstructs orthogonal slices (Axial, Coronal & Sagittal) from a 3D volume. In many cases it is the fastest and most standardized way for visualization or traversing of a 3D data set to identify a specific structure or lesion in the area of interest.

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At April 5, 2012 at 12:54 AM , Blogger hailey said...

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At January 22, 2013 at 2:49 AM , Blogger Unknown said...

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At July 31, 2013 at 11:16 AM , Blogger tori said...

Very interesting post, a lot of useful information. Thank you. Love hearing about new technologies

 
At August 16, 2013 at 1:02 AM , Blogger Unknown said...

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At October 2, 2013 at 5:18 AM , Blogger Black Smith said...


Valuable information and excellent design you got here! I would like to thank you for sharing your thoughts and time into the stuff you post!! Thumbs up

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At March 5, 2015 at 8:43 PM , Blogger Unknown said...

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