Hiroxis dental CBCT system Hiroxis dental CBCT system
Hiroxis

Who Says Small Can’t See Big?

Hiroxis. Built to Fit.
Ready to Perform.

The World’s Smallest CBCT, With a Surprisingly Big Perspective.

Designed to bring advanced imaging performance to practices of any size, Hiroxis pairs the world’s smallest CBCT footprint with a field of view of up to 16 × 15 cm and simultaneous multiple-view imaging without image stitching, powered by the world’s first helical dental CBCT technology.

Ready straight out of the box, Hiroxis requires no installation and no calibration. Its shoulder rests enhance patient stability, helping reduce motion and improve
scan consistency.

Hiroxis
Small in size. Expansive in capability.

The World’s Smallest CBCT

Compact Hiroxis system

Ultra-compact Footprint.
Fully integrated design.

hiroxis-icon-length

Length:
1.12 m (3’8’’)

hiroxis-icon-height

Height:
1.45 m (4’9’’)

hiroxis-icon-width

Width:
0.59 m (1’11’’)

hiroxis-icon-footprint

Ultra-compact footprint:
0.66 m²

Hiroxis ready out of the box

Ready Out of the Box.
No Installation. No Calibration.
Fits Practices of Any Size.

Simply unpack, connect and start scanning.

Advanced Imaging Beyond Its Size

hiroxis-advanced-product

Powered by the world’s first helical dental CBCT technology, Hiroxis delivers broad anatomical coverage from an exceptionally compact system.

Wide Coverage. Sharp Clarity.

16 x 15 cm Sagittal View
16 x 15 cm Axial View
16 x 15 cm Panoramic View
16 x 15 cm Ceph View
Panoramic view
Frontal and lateral view
TMJ view
pirox-feature-views

One Scan. Everything.

Acquire CT, digital panoramic, 3D frontal and lateral views and 3D TMJ views simultaneously from a single rotation scan.

pirox-feature-fov

A True 16 × 15 cm Large FOV

FOV options:
16 × 15 cm / 16 × 9 cm /
8 × 8 cm / 4 × 4 cm

pirox-feature-resolution

25 lp/cm
Spatial Resolution

Fine anatomical structures with high clarity.

pirox-feature-speed

2.6 s Image Reconstruction

Large-FOV CT images are reconstructed in
just 2.6 seconds.

25 lp/cm Spatial Resolution

Fine anatomical structures are clearly visualized.

High-resolution sagittal dental CT image High-resolution axial dental CT image

One Scan. Everything You Need.

Acquire CT, digital panoramic, 3D frontal and lateral views and 3D TMJ views simultaneously from a single rotation scan. Improve workflow efficiency, reduce unnecessary repeat examinations and minimize patient radiation exposure.

CT
CT
Panoramic
Panoramic
3D Frontal and Lateral
3D Frontal & Lateral
3D TMJ
3D TMJ

Designed Around Patients and Practices

Hiroxis head alignment

Stable positioning helps children, older patients and other patients remain still during scanning, reducing repeat scans and unnecessary radiation exposure.

Patient using Hiroxis
Hiroxis shoulder rests

Shoulder rests support patient stability, enable quick and easy setup and minimize motion artifacts

  • hiroxis-icon-workflowFaster positioning streamlines operator workflow and improves overall clinical efficiency.
  • hiroxis-icon-consistencyConsistent patient positioning delivers more reliable image quality across operators.
  • hiroxis-icon-doseImproved patient stability helps reduce motion artifacts, minimizing repeat scans and unnecessary radiation exposure.
  • hiroxis-icon-spaceThe compact footprint supports flexible room planning, making Hiroxis ideal for practices where space matters.

Built to Last. Designed for Value.

Engineered for up to 12 years of reliable operation, Hiroxis delivers exceptional durability and a lower total cost of ownership
through two key engineering innovations.

Hiroxis arm

Minimal X-ray Tube Wear

Low operating current and short pulsed exposures help maximize X-ray tube life for reliable long-term performance.

  • 4–8 mA typical operating current for high-quality imaging with reduced tube wear.
  • ≤20 s pulsed exposure minimizes operating time and extends tube life.
Slip ring background Slip ring

Reliable Mechanical Design

An integrated structure and slip-ring technology help maximize system durability for reliable long-term performance.

  • A one-piece integrated design reduces movement between components for stable imaging performance.
  • Slip-ring data transmission minimizes mechanical wear for greater reliability and longer service life.

Refined Industrial Design

Hiroxis industrial design

Moving beyond conventional CBCT aesthetics, Hiroxis features a distinctive industrial design that stands out in any clinical environment. Customizable color options provide greater flexibility for different practice settings.

Technical Specifications

hiroxis-spec-scanScanning Mode
Field of View (FOV)
16 × 15 cm / 16 × 9 cm / 8 × 8 cm / 4 × 4 cm
Imaging Mode
Simultaneous Multi-View Acquisition
hiroxis-spec-imageImaging Parameters
Grayscale
16-bit
Maximum Spatial Resolution
Up to 25 lp/cm
Voxel Size
0.06–0.25 mm
Scan Time
12 s, 20 s, 26 s
Reconstruction Time
2.6 s
hiroxis-spec-sourceX-ray Source
Tube Voltage
60–90 kV
Tube Current
2–12 mA
Focal Spot Size
0.5 mm
hiroxis-spec-detectorDetector
Detector Type
Indium Gallium Zinc Oxide Flat Panel Detector
hiroxis-spec-sizeDimensions
System Dimensions
594 × 1122 × 1450 mm (±15 mm)
23.4 × 44.2 × 57.1 in (±0.6 in)

Product Name:

 

Dental Cone Beam Computed Tomography System   

Model:YOFO-Hiroxis-15

Intended Use:

The Dental Cone Beam Computed Tomography System is intended to be used by medical institutions for X-ray image diagnosis on oral and maxillofacial areas through X-ray Cone Beam Computed Tomography (CBCT).This product is reusable.

 

Intended users:

 

Radiologists or technologists with a background in medical imaging in medical institutions

Contraindications:

The system is not recommended for pregnant women or women who may become pregnant.


*For prohibited contents or precautions, please refer to the instructions. Please read the product instructions carefully or purchase and use under the guidance of medical professionals.

 

X-ray Radiation safety:

This system is required to generate X-ray radiation during use to achieve its intended use, while the X-ray radiation may be dangerous. Operators are strongly urged to follow the radiation protection procedures and the relevant requirements of user manual, otherwise the useful and scattered beams can cause harm to patients and operators! The operators and maintenance personnel of this system should be properly trained. The Company believes that all authorized operators and maintenance personnel of this system should understand and have adequate training and knowledge on the dangers of X-rays. The Company is not responsible for any injuries or damages caused by X-ray radiation.

 

Electric Shock safety:

When the system is on, the components carry dangerous voltages, and if there is any improper use and maintenance, it may cause electric shock hazards. To avoid the risk of electric shock, it is strictly forbidden to disassemble the protective enclosure of the components when the equipment is powered on, nor to turn on the device after removing the protective enclosure of the components; It is strictly forbidden to clean the components when the system is powered on. To avoid the risk of electric shock and affecting the basic performance of the system, do not use a damp cloth to clean the inside parts of the equipment, and prevent from liquid entry inside when cleaning the surface of the equipment. To avoid the risk of electric shock, this equipment must only be connected to a supply mains with protective earth.

 

Hiroxis 360 degree room view

360° Room View

Explore

Small Footprint, Exceptional Performance. Leave the Expertise to Us

Growth
Since 2017

growth1 40%R&D Team
growth2 80%Proprietary
Technologies
growth3 300+Patented CBCT
Technologies
growth4 20+Countries Served
growth5 1,000+CBCT units
delivered annually
growth6 NO.1in market share for high-end CBCT
systems in China

Guided by Global Academic & Technical Expertise

Stanford University Georgia Tech Georgia Tech URL
Tsinghua University Johns Hopkins University University of Science and Technology of China Georgia Tech Shanghai Jiao Tong University
TOP Become a
Distributor

This website stores cookies on your computer. These cookies are used to collect information about how you interact with our website and allow us to remember you. We use this information in order to improve and customize your browsing experience and for analytics and metrics about our visitors both on this website and other media. To find out more about the cookies we use, see our Privacy Policy.

If you decline, your information won’t be tracked when you visit this website. A single cookie will be used in your browser to remember your preference not to be tracked.