MORITA 2DCP Panoramic and Cephalometric X-Ray Unit

Tube
An HD tube with high photon energy power and a tube frequency of 150 kHz is used. High resolution is obtained in a short time with low radiation intensity. Additionally, with the tube's 194 kilojoule heat unit, there is no heating and no digital noise.

Sensor
An HD scintillator sensor is used. There is no digital fog or reflection.
It offers a gray scale of 16 bits, meaning 65,530 different tones.

Model Age
3rd Generation 2D CP

Dose management
There is an instantaneous and variable dynamic dose and image management system during exposure based on bone density measurement with a densitometer. Thanks to this patented system, precise dose and image management are performed in the 1-10 mA range with 1 mA precision stepwise. Thus, the image is formed balanced and homogeneous. Maximum benefit is derived for diagnostic purposes from the 16-bit gray scale and gray distribution. Black and white colors are few in the image, while rich gray is abundant.

Image management
There is an automatic light optimization and image enhancement system with a digital photometer. Thanks to this patented system, shadows, glares, blackouts, or fluctuations do not occur in the image. There is balance in the light distribution of the image.

Imaging technique
Imaging freedom is ensured by the parabolic movement capability of the imaging unit arm in x-y axes. The C-arm, capable of different rotation movements thanks to two additional motors, can successfully operate alternative imaging programs such as orthoradial imaging with reduced superimposition and shadow reduction imaging.

Resolution
16-bit gray scale with only 30 mAs radiation in 7.5-second super-fast shooting mode. 16-bit gray scale and 4.6-megapixel resolution with only 60 mAs radiation in 15-second super high-resolution shooting mode.

Dose
2D CP panoramic X-ray can shoot with an average of 4 mA within a 1-10 mA dynamic range at 1 mA precision, and since our exposure times are short; there is no other brand or model that can approach these dose values. Competitor models use approximately 3 times more dose to achieve similar image resolution, and there are even models that give up to 16 times more dose for the same job.

Simultaneous Scanning Technique
With the simultaneous 4-point scanning technique developed by Morita, precise and flawless cephalometric images are captured, and up to one-tenth less dose is applied to the patient compared to a classic cephalometric. The instantaneous and variable dynamic dose and image management system based on bone density measurement with a densitometer is also available in cephalometric shots. Thanks to this patented system, precise dose and image management are performed in the 1-10 mA range with 1 mA precision.

Soft Tissue Filter
There is a "density compensation" feature that automatically filters soft tissue in cephalometric shots. Since less dose is given to the soft tissue in the nose-lip-chin lines, these elements are displayed much more clearly. There is a Frankfurt plane reference light in the cephalostat for cephalometric shots. In this way, the patient is positioned correctly.

Usage
With the automatic focusing feature, the clear image area in panoramic shots can be automatically focused on the dental region with a single button. Thus, shooting errors are minimized. Once the patient is fixed, three motors and infrared sensors on the device move the C-arm to the shooting area. In other words, the device positions itself according to the patient, not the patient according to the device.

The touch digital control panel is simple, and there are laser reference lights to focus the clear image area on the dental region. It is easy to use.

Software
The device is offered with Morita's own software. This network-type software with a DICOM licensed Turkish language option and no user limit includes patient tracking, diagnosis, and implant planning programs and a rich implant library. It provides full compatibility with patient information management systems. Automatic and ready image/light filter options are available.

Upgrade Possibility
The unit can be upgraded to 3D volumetric tomography via conversion if desired.

Warranty
There is a 3-year parts and service warranty
Possibility to extend the warranty up to 10 years

Technical Support
We provide a service guarantee of intervention and remote live support within 2 hours, 6 days a week, with our technical service holding a Class A TSE service qualification certificate. Additionally, we offer on-site physical intervention service within 24 hours through our regional services in Marmara, Aegean, Western Mediterranean, Eastern Mediterranean, Southeastern, Central and Eastern Anatolia, and Black Sea regions.

References
Thanks to the unit's imaging capacity and durability, especially university hospitals, oral and dental health centers, and imaging centers with high shooting volumes have been successfully using the 2D CP model for many years. Thanks to its high cooling capacity, such places can perform 250 and more shots per day.

1:1 Implant Planning
Morita technology supports you mechanically and digitally to obtain a 1:1 scale panoramic X-ray in implant planning.

Vertical Angle Shooting
The multi-directional, three-motor C-arm with x and y-axis movement capability developed by Morita keeps the tube-patient-sensor distance constant during panoramic X-ray exposure. The angle of the rays reaching the patient and sensor from the tube is 90°. Thanks to this, the lines forming the panoramic X-ray are linear and orthogonal. In other words, no distortion occurs in the panoramic X-ray. During panoramic X-ray exposure, the device's operating system calibrates the panoramic X-ray as 1:1, thus enabling measurement within the software. Consequently, the panoramic X-ray you view is real, and the distances you measure on the panoramic X-ray are accurate and reliable.

This feature can also be used in periapical images obtained from the panoramic X-ray.

Reliable Cephalometric Measurements
The measurement of the cephalometric X-ray image is a constant 1.1 magnification. Images taken with 90 kV allow for the distinction of all sought anatomical reference points and enable orthodontic analysis and measurement.

Radiology Software:
A multi-user network version advanced imaging, diagnosis, and archive software is provided with the system, where you can access and process digital images via the patient database. The software is DICOM 3.0 compliant. Implant planning module is included.

Radiology Software Options:
DFO orthodontic planning module, viewer software for imaging centers, integration modules with PACS systems and dry print laser printers.