Innovation,
power and versatility.
Maximum flexibility for your diagnoses. Hyperion X9 pro is fully configurable and its modular and scalable design makes it possible to transition from a basic to a more advanced version in an easy and cost-effective manner. An extraordinary platform that adapts to the needs of your dental practice thanks to the 2D PAN/CEPH sensor, which can be easily relocated, and the reversible teleradiographic arm which can be installed on both sides. Moreover, the standard 2D sensor can be replaced with the innovative direct conversion DCIII sensor to provide SuperHD images with low doses. The most versatile extra-oral 3-in-1 imaging device on the market. Perfect for ultra-high quality 2D and 3D exams with very low doses.
- Easily upgraded to all configurations
- Reversible CEPH arm
- Operates with relocatable 2D sensor or two sensors
- The most compact 3-in-1 system
- Direct conversion 2D sensor
Direct Conversion
The standard 2D sensor can be replaced with the innovative direct conversion DCIII sensor to provide SuperHD images with low doses.
Standart conversion Sensor Direct Conversion (DC) Sensor
3D
SuperHD diagnosis.
MultiFOV and high resolution: wonderfull 3D images for all your radiology needs.
- Multi FOV from 4 x 4 to 13 x 16 cm
- Upgraded generator
- Extremely high resolution (up to 68μm)
- Fast CB3D scan (as brief as 3.6 s)
- Low dose
FOV 10x8cm
FOV 6x6cm
2D
Capture every detail
High-definition images, extremely sharp details, upgraded MultiPAN system for maximum results in every situation.
PANORAMIC EXAMINATIONS
HD panoramic X-ray and QuickPAN
MultiPAN SuperHD with 5 layers (with STD sensor) or up to 11 (with DCIII sensor)
Full and reduced panoramic X-ray for children
TMJ EXAMINATIONS
(OPEN OR CLOSED MOUTH)
EXAMINATION OF THE MAXILLARY SINUSES
Frontal or left/right side view of the maxillary sinuses
Frontal sinuses view
MULTIPAN SuperHD up to 11 layers
Innovative DCIII technology, which improves depth of field and increases contrast – and therefore real resolution power – lets users obtain SuperHD panoramic images from extremely extensive datasets to provide an 11-layer MultiPAN. Highly useful in the case of complex morphologies.
CASE STUDIES
3D
2D
