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Nanox.ARC

FDA-cleared digital multi-source 3D tomosynthesis imaging system

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Clinical Benefits

Enhancing Patient Care and Outcomes with Advanced Technology

Lower radiation exposure
Achieve diagnostic imaging with up to 80% less radiation compared to CT scans,
for equivalent body parts
Enhanced anatomy visualization
Minimize structural superimposition for clearer imaging, compared to traditional
X-rays
Fast and efficient clinical accuracy
For inconclusive 2D radiograph reports
Patient-centric design
Reduce anxiety with an open, modern, and sleek system layout

Nanox.ARC:
The Next Generation of Medical Imaging

Enhances anatomy visualization and reduces the super-imposition of structures
Affordable, advanced digital multi-source 3D tomosynthesis imaging system
FDA Cleared
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How ARC Works: An Inside Look
Explore the workflow of Nanox.ARC and discover how this advanced technology transforms medical imaging for faster and more accurate diagnostics.
DTS and the Nanox.ARC – what is this technology?
Nanox ARC – Clinical cases: Adding diagnostic value for your patients
Nanox.ARC: How to read a tomosynthesis study
Nanox.ARC clinical sample
Nanox.ARC clinical sample
Nanox.ARC clinical sample
Nanox.ARC clinical sample
Nanox.ARC journey

Clinical Samples

Tomosynthesis improves clarity by reducing object superposition and minimizing pseudo-objects

A lower lobe lesion is evident on the Nanox.ARC scan and in the CT, while barely seen on X-ray.
Nanox.ARC
A lower lobe lesion is evident on the Nanox.ARC scan and in the CT, while barely seen on X-ray.
Conventional X-ray
Image was taken under the ethical committee (Helsinki) permit to conduct a clinical study in Israel, using our multisource Nanox.ARC system, 2024. Image courtesy of Beilinson Hospital.
A cavitary lesion well defined, additional capsulated lesion in the Lower left lobe visualized. Honeycomb pattern in upper left lobe clearly seen, small pleural effusion in left lung
Nanox.ARC
A cavitary lesion well defined, additional capsulated lesion in the Lower left lobe visualized. Honeycomb pattern in upper left lobe clearly seen, small pleural effusion in left lung
Conventional X-ray
Image was taken under the ethical committee (Helsinki) permit to conduct a clinical study in Israel, using our multisource Nanox.ARC system, 2024. Image courtesy of Beilinson Hospital.
DTS image showing a nodule on within the right lung, hardly visualized on the standard 2D X-ray. The nodule was later confirmed by the CT
Nanox.ARC
DTS image showing a nodule on within the right lung, hardly visualized on the standard 2D X-ray. The nodule was later confirmed by the CT
Conventional X-ray
Image was taken under the ethical committee (Helsinki) permit to conduct a clinical study in Israel, using our multisource Nanox.ARC system, 2024. Image courtesy of Beilinson Hospital.
The odontoid process and C1-2 articulations are clearly visualized on Nanox.ARC scan. In addition, a left maxillary mucoid retention cyst is seen on the DTS. These are completely obscured by the skull on conventional radiographs
Nanox.ARC
The odontoid process and C1-2 articulations are clearly visualized on Nanox.ARC scan. In addition, a left maxillary mucoid retention cyst is seen on the DTS. These are completely obscured by the skull on conventional radiographs
Conventional X-ray
Image was taken under the ethical committee (Helsinki) permit to conduct a clinical study in Israel, using our multisource Nanox.ARC system, 2024. Image courtesy of Beilinson Hospital.
A sclerotic lesion in the posterior aspect of the left pubic ramus, not seen on a conventional radiograph
Nanox.ARC
A sclerotic lesion in the posterior aspect of the left pubic ramus, not seen on a conventional radiograph
Conventional X-ray
Image was taken under the ethical committee (Helsinki) permit to conduct a clinical study in Israel, using our multisource Nanox.ARC system, 2024. Image courtesy of Beilinson Hospital.
Tomosynthesis clearly separates between the pisiform and the triquetrum, and the hook of the hamate is clearly visible
Nanox.ARC
Tomosynthesis clearly separates between the pisiform and the triquetrum, and the hook of the hamate is clearly visible
Conventional X-ray
Image was taken under the ethical committee (Helsinki) permit to conduct a clinical study in Israel, using our multisource Nanox.ARC system, 2024. Image courtesy of Beilinson Hospital.
Nanox.ARC demonstrates imaging through casting for monitoring of healing process, compared to conventional X-ray
Nanox.ARC
Nanox.ARC demonstrates imaging through casting for monitoring of healing process, compared to conventional X-ray
Conventional X-ray
Image was taken under the ethical committee (Helsinki) permit to conduct a clinical study in Israel, using our multisource Nanox.ARC system, 2024. Image courtesy of Beilinson Hospital.

Advanced Imaging Solution for All

Imaging centers
Orthopedic clinics
Urgent care units
Chiropractors Podiatrists
Hospitals

Real- Life Evidence

Gregory Kicska M.D., Ph.D., Associate Professor
University of Washington

Digital tomosynthesis provides added value in certain clinical situations, MSK imaging, thoracic imaging, even abdominal imaging  all have particular use cases that maybe best served by digital tomosynthesis (DTS) compared to CT or radiography, and the Nanox system is unique in that it doesn’t have as large footprint, doesn’t require as much power and also some of the acquisition strategies utilize this matrix pattern…  which really blurs out your structural noise and make the images cleaner

Dr. Ehsan Samei, Director
The Center for Virtual Imaging Trials (CVIT) at Duke

We have seen promising results of the potential values of the Nanox.ARC Digital tomosynthesis (DTS) configuration in handling patient motion, as opposed to standard linear configuration DTS systems

Sherri Donaldson, COO at DRI
Kansas City
Case Study: DRI, Kansas

This innovative technology allows us to provide our patients with advanced imaging services, potentially reducing wait times and improving the overall patient experience. We’re excited to be at the forefront of this technological advancement in medical imaging

Dr. Todd Goldman, Chiropractor at TCC
Medford, New-York
Case Study: TCC, New York

Integrating the Nanox.ARC into our practice has been seamless and impactful.
The system’s ability to produce high-quality 3D tomographic images while maintaining a compact footprint is impressive.

Financial Benefits

Maximize financial gains with our tailored solutions

Affordable, advanced digital imaging solution
Smaller, lighter, and simpler tomosynthesis system,
fully integrated within the Nanox ecosystem
Flexible business model
MSaaS or CAPEX options
Reimbursement
Leverage existing payer coverage with
higher reimbursement on top of
radiography, CPT code 76100
Retain patients
Provide patients within your facility with more comprehensive and faster clinical care
Expand revenue stream
Additional, immediate new revenue source

Flexible Financing For Quick Setup

Option 1

MSaaS Option:

  • Effective workflow integration program.
  • No capital expenditure, pay-per-scan.
  • Ongoing services, maintenance, updates, and upgrades for a fee.

Discover the true value of your investment with a click

Calculate your ROI

Option 2

Capital Investment Option:

  • One-time upfront purchase with an ongoing maintenance contract
  • Allows benefit from full ownership without recurring charges
  • Ongoing services, maintenance, updates, and upgrades for a fee

Want to know more about Nanox.ARC?

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Discover the true value of your investment with a click Calculate your ROI
Want to know more about Nanox.ARC? Contact Us

Tomosynthesis

Place in Medical Imaging

Multiple Modality Thoracic Imaging Comparison

Categories
X-Ray
Nanox Technology
Tomosynthesis
CT
Anatomical Separation:
Overlapping Body Structures
Partially Overlapping Anatomy
Body Structures Separated
Radiation Exposure:
Low
Low
High
Images Generated:
1-2
30-60
Hundreds
Reading Time:
110+30 sec
220 40 sec
600 150 sec
Dose:
0.04-0.1 mSv
0.2-0.3 mSv
>2 mSv (CT) 1-1,5 mSv (LDCT)
Interpretation Time:
5 min
5-10 min
15 min
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Explore Insights & Innovations

Explore leading articles in the field of medical imaging, featuring cutting-edge research, breakthrough technologies,
and in-depth analyses of the future of medicine. Read more and stay updated with the latest knowledge and developments.

White Papers
Nanox.ARC

Evaluation Of The Diagnostic Potential Of A Novel Tomosynthesis System For MSK

Digital tomosynthesis (DTS) is a well-established technology that has become the gold standard for breast mammography. In recent years its benefits in musculoskeletal (MSK) imaging have been acknowledged and lead to a rapid increase in its utilization.

Continue reading 5 Minutes reading
Media
Nanox.ARC

COLD CATHODE DIGITAL TOMOSYNTHESIS: The evolution of high resolution, low dose imaging

COLD CATHODE DIGITAL TOMOSYNTHESIS: The evolution of high resolution, low dose imaging.
By Gregory Kicska, MD, PhD Cardiothoracic Imaging Associate Professor, University of Washington Veterans Health Administration, Seattle

Watch now
White Papers
Nanox.ARC

Evaluation Of The Diagnostic Potential Of A Novel Tomosynthesis System For Chest And Lung Diseases

Chest Digital Tomosynthesis (DTS) is known for its capability to overcome significant chest radiographs limitations (CXR). It improves detection of chest lesions and their anatomic localization and can exclude false lesions.

Continue reading 5 Minutes reading
Explore More

Nanox.ARC Technology

Nanox.ARC: Digital multi-source 3D tomosynthesis imaging system, globally integrated for advanced radiographic visualizations

Nanox.SOURCE

A novel silicon-based, low voltage, nano-scale cold cathode generating the electron stream needed for X-ray via field-emission technology

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Nanox.TUBE

Nanox Proprietary Cold Cathode X-ray Tube

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Nanox.CLOUD

Digital image processing
A secure, proprietary service for image processing, which can be hosted locally or cloud based

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Nanox AI

We are developing a Pulmonary solution which is expected to be the first AI application designed specifically for the Nanox.ARC

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