Nanox.ARC

FDA 510(k) Cleared

Nanox.ARC

Nanox.ARC is an easy to use Tomosynthesis system, fully integrated within the Nanox ecosystem.
‍
Designed specifically for bringing advanced radiographic visualizations to all markets, worldwide.
‍
Nanox.ARC core technologies:

Nanox Source

Nanox.SOURCE

Novel Silicon Chip

Nanox TUBE

Nanox.TUBE

Cold Cathode

Nanox.ARC

Nanox.ARC

5 Nanox.Tubes

Nanox.Cloud

Nanox.CLOUD

Connected

Nanox 3D tomosynthesis imaging system

Nanox.ARC: A Tomosynthesis Multi-Source System

3D tomosynthesis imaging system designed to integrate our proprietary and novel digital X-ray source and tube

Smaller, Lighter and Simpler X-ray System

A less complex and smaller imaging system that aims to democratize advanced medical imaging

Flexible Business Model

MSaaS model intended to eliminate initial capital outlay associated with existing legacy systems. Model may vary based on regional economics

Multi-Source, Multi-Axis Tomographic Projection

Provides reconstruction of patient anatomies from multiple low-powered X-ray tubes

Platform Capabilities:

Low-Powered System
Quick Installation
Overhead Camera
Tablet-Operated
Local or Cloud-Based platform
Cable-Free Design
Built with Data Security in Mind

Nanox 3D tomosynthesis imaging system

See how it works:

Clinical Samples

Tomosynthesis resolves one of the primary weaknesses of conventional, single-projection X-ray imaging: the superposition of objects in the image. This superposition may obscure the object of interest, or produce pseudo-objects that resemble diseases.
‍

Conventional X-ray

Nanox.ARC

Nanox.ARC enables clear visualization of the fracture line overcoming superimposed anatomy, without painful repositioning of the patient

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 Shamir Medical Center.

Conventional X-ray

Nanox.ARC

Cavitational 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

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. Pending FDA Clearance.

Conventional X-ray

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

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. Pending FDA Clearance.

Conventional X-ray

skull imaging

Conventional X-ray

Nanox.ARC

AP radiograph of the cervical spine. The odontoid process and C1-2 articulations are clearly visualized on Nanox.ARC scan. They are completely obscured by the skull on conventional radiographs

Conventional X-ray

x-ray

Conventional X-ray

Nanox.ARC

A large lower lobe lesion is evident on the Nanox.ARC scan and in the CT, while barely seen on 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. Pending FDA Clearance.

X-ray

Conventional X-ray

Nanox.ARC

A sclerotic lesion in the posterior aspect of the left pubic ramus, not seen on a conventional radiograph

Image was taken under the ethical committee (Helsinki) permit to conduct a clinical study in Israel, using our multisource Nanox.ARC system, 2023. Image courtesy of Shamir Medical Center

X-ray

Conventional X-ray

Nanox.ARC

Tomosynthesis clearly separates between the pisiform and the triquetrum, and the hook of the hamate is clearly visible

Image was taken under the ethical committee (Helsinki) permit to conduct a clinical study in Israel, using our multisource Nanox.ARC system, 2023. Image courtesy of Shamir Medical Center

Conventional X-ray

Nanox.ARC

In the presented case, Nanox.ARC demonstrates imaging through casting for monitoring of healing process, compared to 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, 2023. Image courtesy of Shamir Medical Center

foot and ankle

Conventional X-ray

Nanox.ARC

In the presented case, Nanox.ARC demonstrates imaging through casting for monitoring of healing process, compared to 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, 2023. Image courtesy of Shamir Medical Center

We seek to increase medical imaging accessibility

Nanox Arc 3D digital whole body scanner

Nanox.ARC

Nanox would transmit all imaging data to the cloud SaaS platform

Nanox Imaging systems

Nanox Cloud

Nanox.CLOUD

Cloud-based reconstruction generates Tomosynthesis studies

Nanox.ARC systems are connected to the Nanox.CLOUD -

A proprietary software platform designed to streamline the radiology diagnostics services.

(*) Nanox.ARC was cleared by the FDA for MSK imaging as an adjunct to X-Ray.
Other applications are available in other markets per local regulatory approvals.

Nanox.ARC
Ecosystem & Workflow

Nanox.ARC

Collects & transmits imaging data

Nanox.ARC

Nanox.Cloud

Nanox.CLOUD

A proprietary platform for image processing and Nanox.ARC fleet management

We are developing Nanox.CLOUD services:*

Nanox.MARKETPLACE

Connecting imaging facilities with radiologists

Marketplace

Marketplace

OPTIONAL

OPTIONAL

AI Service

Radiology development of an automated radiologist solution

AI

Teleradiology

USARAD

Teleradiology

Transmitted & interpreted by radiologists

* Concept for educational purposes only

Radiologic interpretations

Results may be available for imaging facilities, referring physicians and patients

PACS & EMR

Radiology report can be sent to PACS & EMR

Nanox Client Portal