Orthoralix 9200 DDE

Direct Digital Evolution
Orthoralix 9200 DDE
, the direct-digital design of the Gendex Orthoralix 9200 panoramic system, enables the digital recording of all panoramic, special, transcan and teleradiographic projections in real time, and their display in superior digital quality on the computer screen.

Quick diagnostics - reliable and precise.
As with the conventional system, the patient positioning system and automatic exposure control (AEC) enable you to easily and reliably create x-ray images of superior quality. Digital imaging involving a very low patient dose also optimises the immediately available diagnostic results.

Designed for every application
The Orthoralix 9200 DDE is very easy to use even though it is a digital system designed for every dentist, orofacial orthopedist and oral surgeon and with a wide selection of projections. Minimum effort and automated processes offer maximum operating comfort.
The Orthoralix 9200 DDE comes in two designs: Standard and Plus. Both versions can be expanded with the teleradiographic device set up for for digital imaging.




Digital Versatility

CCD sensor
The Orthoralix 9200 DDE records all panoramic, special, transcan and teleradiographic projections with optimum digital quality in real time at a substantially reduced patient dose in comparison with conventional film.
The new, extremely compact sensor offers maximum operating comfort. The electromechanical coupling system enables a precise and reliable sensor exchange in combination devices.
The Orthoralix 9200 DDE can be directly connected to an existing network (LAN) via a network connection and transmit the recorded x-ray to any connected computer.



Digital program selection
The Orthoralix 9200 DDE basic offers both basic panoramic programs and a program for isolated anterior teeth images, a projection of the anterior region with a greater slice thickness than with the standard panoramic view, an optimised program for patients with malocclusion and for orthodontic treatments.
Furthermore, the oromaxillofacial projections and transcan digital program modules are optionally available to subsequently enhance the performance of the system.
Click here to obtain additional information about panoramic x-rays, special projections and transcan.




Digital teleradiographic projections
The Orthoralix 9200 DDE Ceph has a comprehensive set of digital teleradiographic projections for various diagnostic indications. Lateral skull radiographs (LL), anterior-posterior projections (AP) posterior-anterior projections (PA), and manual imaging are possible. For imaging of the soft tissue of the facial profile in lateral projections, a special filter and optional software are offered that can be easily adapted to each facial profile.




Easy imaging technique

Variable projection geometry
As with the entire Orthoralix 9200 family, the Orthoralix 9200 DDE is equipped to make a variety of projections with a high degree of flexibility.
The rotation of the imaging unit comprising the DC x-ray tube and the image receiver (flat cassette) and the maximised processor-controlled movement along the two projection axes allow you execute any movement sequence. A variety of images can be made that are of diagnostic interest for dentists.



Patient positioning
A positioning system with three laser light beam localisers is used as the basic tool for efficiently adjusting the head according to anatomical standard parameters with support from the fully motorised adjusting functions. Maximum positioning precision is the result, even under difficult circumstances.
Operation is easy and comfortable; only a few steps are required.

All included positioning aids are characterised by simplicity, stability and precision. Special positioning aids are provided for special projections such as transcan or temporomandibular images.




Automatic emission control (AEC)
For maximum diagnostic quality, the automatic emission control comes standard with all Orthoralix 9200 DDE units. The sensor detects the incident x-ray dose and corrects if necessary the selected, programmed exposure data to correspond to the actual absorption by the patient. This yields a balanced, optimum ratio of optical density and contrast in the x-ray.
The emission control is available for panoramic projections and teleradiographic projections.




Digital Teleradiographic Unit

The Orthoralix 9200 DDE Ceph has a newly developed digital teleradiographic unit that enables teleradiographic projections with short scanning times.

For ease of use in restricted spaces, the sensor holder can be rotated 90° while changing the sensor.

All Orthoralix 9200 DDE systems can be retrofitted with the teleradiographic unit.



Network connection
The network connection allow the Gendex Orthoralix 9200 DDE to be directly connected to an existing network structure (LAN) to transmit images to any connected computer.

Depending on user requirements, the Gendex Orthalix 9200 DDE can also be connected to a stand-alone computer via a network card installed in the computer.




Technical Data  
Supply voltage 115 - 250 V +/- 10%
Frequency 50-60Hz  +/- 2Hz
Max. current consumption 10A @ 250V – 15A @ 115V
Tube high voltage 60-84 kV
Tube current 3-15 mA
Exposure times 12 sec for standard panoramic
Brennfleck 0,5 IEC 336/1982.
Housing leakage radiation less than 250 uGy/s at 70 kV, 10 mA at 1000 mm
Inherent filtration 2.5mm Al equivalent (84kV)
Laser light beam localizer Class 2, complies with IEC 60825-1:2001
wavelength 650nm
Maximum outflow under 1mW
Pulse width 30 s
Weight 191 kg in the panoramic version
211 kg in the version with a teleradiographic device





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Conformity Statements

Orthoralix 9200 DDE

     

Instructions for use

Orthoralix 9200 DDE

 

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KaVo Dental
Gendex Imaging
Via A. Manzoni, 44
20095 Cusano Milanino
Italy
Phone: +39 2 618008.1
Fax: +39 2 618008.09
info@kavo.com
 
Basic programs for panoramic x-rays Standard panoramic program This is the most frequent x-ray diagnosis for imaging the entire arch including both temporomandibular joints. It offers the best imaging in regard to artefact suppression, orthogonal imaging and slice thickness. Child panoramic The specific orbits of the rotation system are perfectly adapted to a child's morphology. Even though the entire arch and both temporomandibular joints are shown, there are only minor deviations in orthogonality and practically no overlapping of the premolars. Orthogonal status The optimised image geometry yields a sharp, non-distorted image that is restricted to the dental area. Half-side panoramic This image reduces shadowing from the patient's spinal column and halves the radiation exposure given an appropriate indication. Lateral temporomandibular joint imaging (TMJ) The projection direction corresponding to the main axis of the condyle head allows every detail of both joints to be precisely evaluated. An x-ray can also be taken with the patient's mouth closed or open with both shown on the same film. Program module for oromaxillofacial projections Frontal temporomandibular joint imaging The postero-anterior view of the temporomandibular joint is used for precisely investigating the patient's morphology. The frontal view is a helpful supplement to the lateral projection an one of great diagnostic value. To obtain precise and reproducible results, it is highly recommended to use the optional TMJ craniostats. Isolated anterior view An anterior dentition with a thicker slice than the standard panoramic x-ray. This type of imaging is used for patients with occlusal anomalies and/or during orofacial orthodontic treatment. Longitudinal posterior view This orthogonal view of the left or right jaw is supplied with the corresponding transverse slices on one film. Frontal image of the sinus maxillaris The tomographic slice of a relatively extensive cross-section through the sinus maxillaris from a postero-anterior view. The slice thickness can be determined by the user. Lateral images of the sinus maxillaris As a supplementary view to a frontal image, this consists of a extensive cross-section of the nasal sinus of the left or right side in a latero-lateral projection. Transcan Program Module The projections of a cross-section of the jawbone that allows the existing bone to be evaluated and the geometric relationship of the anatomical structures to be measured. It is primarily used in implantology. A transcan image includes three parallel views at a specific distance from the maxilla or mandible.