Choose tomorrow, Use today

Whatever you are planning, be it today’s clinical examination or tomorrow’s requirements, HYPERION is the all-inclusive answer to the principal diagnostic imaging needs in the dental surgery.

The X9 series is a modular concept which covers all aspects from 2D panoramic imaging, through cephalometric exams up to cone beam 3D with true full arch volumetric scan capability.

Choose 1, choose 2 or choose all 3.

HYPERION is an integrated multiple platform, so even if you just take the panoramic imager today, you can upgrade as far as the 3 in 1 solution at any time in the future.

HYPERION is an investment which makes long-term sense.Faithful in every aspect to the philosophy which embraces all MyRay products, HYPERION is a technologically advanced system housed in a userfriendly platform, designed as the fastest way to obtain clinically superior diagnostic exams. Simple workflow, superior results.

As flexible as you are

The beauty of an open platform today is that you can upgrade at any time tomorrow. If all you currently require is a high-quality panoramic imager, the HYPERION X9 provides you with a comprehensive range of standard and specialised 2D examinations.

Nothing stands in your way when you plan to add cephalometric options to your system or as soon as your practice is ready for volumetric 3D radiography. All additional features that can be integrated into the X9 platform are field upgradable.

Moreover, each upgrade you may choose will have little or no impact on your operating hours. Including the full calibration procedure, an upgrade (even to 3D status) will result in no more than 2 hours downtime.

Enhance your diagnostic capabilities

HYPERION can be installed in 12 different configurations, all ready to evolve around flexible core technologies and ready to provide you with the right solution every step of the way. Built as a true hybrid concept, each upgrade will enhance an aspect of diagnostic performance and implement an improvement in the specific area you require.

Hybrid; a composite of specific technologies

Each technology combines to provide a unique platform enabling you to perform 2D or 3D diagnostics. HYPERION X9 is not designed around one predominant imaging mode. It performs according to your needs. Each constituent technology has been developed to ensure the best possible results in that field.

True full arch capability

One of the most important features of hybrid multidimensional dental imaging equipment with 3D capability is the field of view (FOV). Whereas small FOV are suitable for localised diagnostics, a full arch volumetric scan of typical adult dentition is only technically possible with an adequate FOV. For this simple yet paramount reason, HYPERION X9 scans with a Ø 11 cm FOV. There’s no point running a full arch scan if it’s not complete.

Our primary focus, outstanding clinical images

Everything needs to come together to give you the best possible diagnostic material in terms of clinical images. HYPERION makes this happen both for 2D and 3D imaging via a combination of key factors, all of which are easily implemented thanks to MyRay’s extensive understanding of dental radiography.

40 Examinations for all your 2D needs

HYPERION’s bidimensional capabilities comprise panoramic programs, TMJ and sinus programs, Ceph programs and a transversal slicing application. A total of 40 different examination types covering all possible 2D requirements, including Orthogonal projections and Bitewing exposures focused on teeth crowns, as well as Postero-Anterior projections of both TMJs and Multi-angle TMJ projections. In the case of each single program, radiographic data is acquired based on a dedicated radiogenic trajectory. This means optimised data, not cropped views based on more generic trajectories.

Face to face

Getting face-to-face with your patient is certainly not the case with a large number of panoramic imagers on the market. There are no walls, panels or mirrors on HYPERION. What the patient sees during exam positioning is you and your smile. No claustrophobic feelings to make them anxious and fidgety. On the contrary, your patient is more likely to feel at ease and be more collaborative, which speeds up the process and leads to better all-round results.

Making acquisition an easy, step by step procedure

State-of-the-art technology is fine, but the ultimate factor is your efficiency in using it that determines your success. At each step of the way we aim to make your workflow as smooth and simple as possible, either through a user-friendly interface, purpose-oriented software or pre-acquisition tools to guide you to the results you need. MyRay aims at making workflow easy for you and your assistant.

The best clinical software in the business

High-speed processing, multilevel user interfaces, implant simulation with pre-loaded libraries, exportable data in DICOM® format, compatibility with third party software and, above all, a supportive software environment which makes your life much easier.

Sharing encourages trust, trust favours treatment

Versatile, upgradable and a sure way to consolidate your clinical excellence. HYPERION X9 is a consummate diagnostic tool which also brings you closer to what your patients really look for: understanding. By sharing each step of the treatment plan, from diagnosis through planning to postoperative evaluation, you will be able to accompany your patients and experience less potential opposition due to lack of clarity with regard to the clinical situation or doubts about treatment outcome.

Detector technology CCD (Charge Coupled Device)
X-ray conversion method CsI (Cesium Iodide) Scintillator
Protection from direct X-ray exposure FOP (Fibre Optics Plate)
Pixel size 48 μm
Dynamic range 14 bit
Gray shades 16383
Detector resolution 10.4 lp/mm
Signal To Noise Ratio minimum 74dB - typical 86dB
Original file format TIFF, 16 bit
Image resolution more than 5 lp/mm
Pan Detector height : 146 mm
Image pixel matrix, max.: 1528 x 2797
Image file, largest size : 8 MB
Ceph Detector height : 220 mm
Image pixel matrix, max.: 2291 x 3125
Image file, largest size : 14 MB
Detector technology Amorphous Silicon (a-Si)
X-ray conversion method CsI (Cesium Iodide) Scintillator
Image voxel size: 75 μm
Dynamic range 16 bit
Gray shades 65535
Minimum slice thickness 0.075 mm
Dataset format iRYS proprietary and DICOM 3.0
11x8 FOV version Field of view, Diameter x Height : 108 x 80 mm
Available FOV sizes (DxH) : 11x13 - 11x8 - 8x8 - 11x5 - 8x5 - 5x5cm
Image dataset, largest size : 720 MB
11x5 FOV version Field of view, Diameter x Height : 108 x 50 mm
Available FOV sizes (DxH) : 11x8 - 11x5 - 8x5 - 5x5cm
Image dataset, largest size : 450 MB
Minimum required operation dimensions Width x Depth : 1310 x 1520 mm
Including ceph (W x D) : 1830 x 1520 mm
Motorised column, adjustable height 1610 - 2400 mm
Packed dimensions Crate, no Ceph (H x W x D) : 1515x1750x670mm
Ceph option, cardboard : 822 x 1430 x 580 mm
Weight, no Ceph 170 Kg - 375 lbs
Weight with teleradiographic arm 190 Kg - 419 lbs
Wall or floor support, free standing base available
Accessible for patients on wheelchair
Automatic adaptation for voltage and frequency
Voltage 115 - 240 Vac, ± 10%
Frequency 50 / 60 Hz ± 2 Hz
Current, nominal temporary peak absorption 7 A at 240 V, 15 A at 115 V
Maximum current absorption in standby mode 1 A
Embedded X-ray shielding behind receptor, conforming to IEC60601-1-3
X-ray exposure time CB3D, High Resolution : 3.6 s
CB3D, Peak Resolution : 9.0 s
Panoramic, Adult : 9.3 s
Child Dentition : 7.3 s
Child Ceph Lateral : 3.4 s
Minimum scan time for CB3D 18 s
Minimum render time for CB3D dataset 15 s
Typical effective dose (ICRP 103) CB3D 11X8, High Resolution : 33.5 μSv
CB3D 11X8, Peak Resolution : 78.6 μSv
Panoramic : 6.7 μSv
Dentition only : 4.3 μSv
Ceph Lateral, Reduced : 1.0 μSv
Generator type Constant potential (DC)
X-ray emission type Pulsed, square shaped pulses
Anode Voltage 60 - 90 kV
Anode Current 1 - 10 mA
Exposure time range 160 ms – 14 s (R10 scale)
Focal spot dimension, IEC 60336-1993 0.5 mm
Exposure Control Automatic
Exposure Control Method Morphology Recognition Technology
Compensation of Spine absorption Automatic
mA and kV pattern modulated in real time during X-ray exposure
Anode Current and Voltage are automatic or manually selectable in steps of 1, in the whole kV range
Duty cycle at full power operation (85kV, 10mA 1:20
Inherent filtration at 85kV (mm eq. Al.) 3.2

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