The two frontal touch-sensitive supports accompany the patient's head into the correct position, compensating for any asymmetries thanks to independent movement of the right and left supports.

The direct, frontal approach of HYPERION makes it a machine as comfortable for the dentist as it is for the patient.

Advanced Kinematics

HYPERION stands out on account of its complex kinematics, which feature a rotary movement combined with two simultaneous shifters. Thanks to its capacity to follow the patient's complex morphology accurately, it ensures constant image enlargement.

Super-fast scans

Short exposure times, from a minimum of 4 seconds to a maximum of 9 seconds, reduce the possibility of patient movement during the examination.

Automatic determination of exposure factor's

HYPERION features innovative Morphology Recognition Technology (MRT) which automatically identifies patient size and all parameters required to ensure correct X-ray exposure.

With MRT there's no need to program exposure times, KV or mA technical factors or even choose patient size.

HYPERION does it all, automatically, so you can focus on what matters the most: your patient.

Servo-controlled patient positioning

In panoramic imaging, correct patient positioning is of utmost importance to image quality most equipment requires time-consuming manipulation of the patient's head in order to adapt to predefined uncomfartable postures.

Latero-lateral images benefit from automatic detection of the nasion point and automatic adaptation of exposure parameters for optimum representation of soft tissues and the aesthetic profile of the face.

The rapid scan (minimum 3.6 seconds) allows the patient to maintain a stable position during the examination.

Collimation Device

The Primary servo-controlled collimator allows the user to select the area to be exposed, thus contributing to minimisation of the radiation dose.

Relocatable Sensor

The machines in the X7 series can house a relocatable sensor or two permanent sensor.

A safety system allows relase of the sensor module so that it can be used for both panoramic images and teleradiography.

Secondary collimator

As X-ray imaging takes lace HYPERION has no need for any bulky secondary collimator in motion close to the patient's face.

A Precision fold-away device is incorporated in the rotary whole, thus making dentist/ assistant movement easier during patient positioning.

Quick share with ethernet or SDcard

HYPERION works standalone or connected to a PC, and you decide whether to store images safely on a memory card or share them over your local network through the industry standard Ethernet

View The Video

Virtual control panel

The virtual control panel, which can be installed on a PC, allows all diagnostic activities to be controlled from a workstation.

For example, the user can link up a mini tablet-PC with touch screen to pilot the machine while comfortably positioned outside the X-ray area.

Diagnostic programmes

27 different disgnostic programmes are available through the intuitive control panel, to satisfy any possible diagnostic need. Acquire automatically-selected standard and paediatric panoramic projections, frontal and lateral views of the maxillary sinuses, multi-angle lateral and posterior-anterior views of the temporo-mandibular joint.

The user controllable partial projections are a comfortable alternative to intraoral imaging, appreciated by those patients with strong gag reflex, creating a clear bitewings like views of molar and premolar regions.

Clinical cases

3DTS

Dynamic exploration of the third dimension

Being able to glance through transversal slices of the area in question on a PC screen is extremely useful to whoever practices implantology, simply because it offers accurate radiographic data to work with, perfect for reliable measurements.

3DTS is a dedicated examination, with consequent reconstruction of data based on Tomosynthesis; it adds information on the third dimension – depth – of a specific region of the upper and lower dental arch by using a very limited X-ray dose.

Whereas traditional stratigraphic panoramic imaging techniques produce between 2 and 4 static two-dimensional sections alone, in pre-defined anatomical positions, the 3DTS examination reproduces on a PC an entire anatomical portion of interest, which can be explored via orthogonal cross-sections laid out as you wish and apt for sequential viewing. This means you dispose of a useful tool for the evaluation of single implant sites, thus reducing the need to resort to CAT scan examinations except in the case of more extensive surgery, such as wide scale reconstruction which involves numerous implants across the entire arch.

Inspection of surgical site

The selection of a region of interest is done within a rectangular area directly on a panoramic radiographic image of the patient in question, or by a template of an average patient.
Field of view: 4x4x10cm.

Implant Template

Once the virtual implant is in place, browse the slices in real-time to make sure it fits throughout the entire implant site. Customize the template to represent your favourite screw set and abutments.

Reliable 1:1 measurements

Technical data

Power supply specification

• voltage: 115 - 240 Vac, ± 10%, with automatic adaptation
• frequency: 50 / 60 Hz ± 2 Hz, with automatic adaptation
• current: 7A at 240V, 15A at 115V, nominal temporary peak absorption
• current absorption in standby mode: max 1A

Technical factors

• anode voltage: 60 - 85 kV, automatic and manually selectable in steps of 1
• anode current: 1 - 10 mA, automatic and manually selectable in steps of 1, in the whole kV range
• mA and kV pattern modulated in real time during X-ray exposure
• automatic compensation of the spine absorption
• duty cycle 1:20 at full power operation (85kV, 10mA)
• focal spot 0.5 – IEC 60336 (1993)
• inherent filtration: 3.4 mm Al equivalent, at 85 kV
• embedded X-ray shielding behind receptor, 1.5 mm Pb, exceeding requirements of IEC60601-1-3
• exposure time: panoramic adult in 9.3s, child dentition in 7.3s
• teleradiographic exposure time: from 3.6 seconds to 10 seconds depending on the examination
• exposure time range: 160ms – 14s (R10 scale)

Image acquisition device

• technology: CCD (charge coupled device)
• direct exposure protection: FOP (Fibre Optics Plate)
• pixel size: 48 x 48 µm
• grey levels: 16384 - 14 bit A/D conversion
• resolution: more than 5 LP/mm

Image file

• panoramic image size, max: 1528x2797 pixel (16 bit)
• ceph image size, max: 2291x3125 pixel (16 bit)
• transfer time: max 10 sec for complete presentation on PC screen (Ethernet)
• panoramic file size: max 8 Mb uncompressed
• ceph file size: max 14 Mb uncompressed

Installation Requirements

• weight: 159 kg (351 lbs)
• weight with teleradiographic arm: 187 kg (412 lbs)
• telescopic motorized column
• wall or floor support, free standing base available
• dimensions in millimetres (and inches) - see scheme

PC requirements

• supported operating systems: Microsoft® Windows® XP Service Pack 2 or later, Microsoft® Windows® Vista, Windows® 7
• display setting: 1024 x 768 or higher, 32 bit true colour