Ultra-Compact
Inspiringly Fast
Perfectly Modular
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Jan, 2023FoundedNautilus X-Ray was incorporated in Las Vegas, NV
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Feb, 2023Patents PendingA number patents were filed for our novel technologies and their embodiments
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Sept, 2023Critical MassThe very first Nautilus X-Ray system was, for the first time, constructed in its entirety
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Nov, 2023ImagingFull field of view CT-quality images were produced by a Nautilus X-Ray system
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Dec, 2023Full PowerFull power X-Ray emission produced
Our Story
In January of 2023, a small group of dedicated engineers, physicists, and doctors recognized that current CT machines' shortcomings could be solved with contemporary engineering tools, existent manufacturing methods, and modern electronics and computing technologies. Over the course of only a year, this knowledgeable team was able to quickly produce a pair of imaging platforms that were able to demonstrate the awe-inspiring ability of a modern CT system.
This same group of innovators has an eye on the future, and is currently working toward honing their technology and pursuing widespread commercialization.
Join Our Team!Our Technology
Ultra-Fast
The patent pending Nautilus Imaging Platform is a foundational breakthrough in advanced magnetic field design and state-of-the-art electron beam control. Full CT projections are able to be generated nearly instantaneously without the need for a rotating X-Ray source.
In ultra-fast mode, our imaging speed has already demonstrated a throughput of 30 CT volumetric images per second. Frame rates of this magnitude cannot be matched by any commercially available CT hardware.
In either normal or ultra-fast mode, the Nautilus Imaging Platform is capable of producing high X-Ray flux with demonstrated currents of up to 1000 mA, comparable to any general-purpose diagnostic CT.
Ultra-Compact and Lightweight
Another inherent advantage of this Nautilus Imaging Platform is that it allows for an extremely compact and light-weight CT system. This makes perfect for mobile applications, such as, to address the unmet need of rural use (miniaturized, ruggedized, with less power supply), than currently available CT technologies.
Rapid Innovation
At Nautilus X-Ray Inc. we practice rapid innovation. Below are benchmarks achieved with our current prototype, as well as the goals for the next prototype scheduled to be demonstrated during Q3 of 2024.
Unlimited Potential
Upon consistently demonstrating performance that is comparable to, or better than, conventional CT, the Nautilus Imaging Platform will transform the entire field of CT imaging. This technology is synergetic with other state-of-art technology innovations, such as photon counting detectors, dose reduction, AI, as well as software-based technologies. It will serve as key enabling platform technology for multiple scalable CT applications from general-purpose CT, to cardio-vascular diagnostic CT, to more specialized applications such as emergency room (ER) / operating room (OR) CT, and miniaturized vehicle-based CT.
Feasibility Study – Achieved Performance vs Targeted Range |
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Parameter |
Achieved |
Objective |
Scan speed |
Up to 30 ms |
250 -30 ms |
Flux |
400 up to 1000 mA |
10 -1000+ mA |
Focal Spot Size |
Up to 1x0.6 mm |
Up to Sub mm |
Bore Size |
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~ 80 cm |
FOV |
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~ 50 cm |
Emission Power |
30 – 140 kW |
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Weight/Size/Power |
Mobile friendly |
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Scalable/Upgradable |
Alleviating dilemma of one-product-fit-all |
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Careers
We know that a dedicated and knowledgeable team is capable of producing awe-inspiring technologies. Our collaborative culture emphasizes rapid development, collective learning, and favors those that value practical and applicable knowledge above all else. Every employee at Nautilus X-Ray strives daily to contribute toward our mutual goal of producing the greatest CT scanning system the world has ever known.
A passionate team like ours is always looking to add capable colleagues!
group Current Openings
Senior R&D Engineer
We're looking for an experienced R&D engineer with experience in electrical, mechanical, and systems engineering who's been a significant member of team(s) that have developed complex systems and prototypes
Requisite Qualifications
- 10+ Years of product development within a regulated industry.
- Graduate degree in engineering from an ABET-accredited program
- Ability to plan and schematize complex electro-mechanical systems, including cabling and connectorizing
- Experience with vacuum equipment and high voltage (+100kV)/power systems
- A demonstratable history of writing device control software (C++ preferred)
- Proficiency in CAD software (ideally SolidWorks) for 3D modeling and simulation of complex systems
- Intimate knowledge of manufacturing processes, document controls, and assembly techniques for custom high-tech equipment.
- Cross-functional aptitude and the ability to work with both scholars and technicians
- Capable of conducting quality assurance tests and data analysis.
Responsibilities
- Generally, design, build, and deploy cool new technology with the like-minded engineers!
Staff Mechanical Engineer
As a mechincal engineer at Nautilus X-Ray, you contribute to the design and development of X-Ray detector structures, perform calculations and conduct mechanical simulations for design verification, and provide support for quality control of X-Ray detectors.
Requisite Qualifications
- A master's degree from an ABET accredited institution is required.
Medical Physicist
As a medical physicist, you'll oversee safe radiation use in our product development. This involves maintaining imaging equipment, enforcing safety measures, conducting quality tests, and analyzing data
Requisite Qualifications
- Proficient in radiation safety protocols and regulations.
- Skilled in calibrating and maintaining medical imaging equipment.
- Strong background in radiation physics and dosimetry.
- Capable of conducting quality assurance tests and data analysis.
- Effective communicator for collaborating with healthcare professionals and ensuring patient safety.
Responsibilities
- Employ computational approaches to simulating particle physics
- Calibrate and maintain cutting-edge medical imaging equipment.
Senior Algorithm Engineer
In this role, you'll develop and apply known image reconstruction algorithms to the research and development of ultra-fast CT systems
Requisite Qualifications
- 5+ Years of relevant experience
- PhD in Computer Science, Electrical Engineering, or Biomedical Engineering strongly preferred
- Subject matter expert in at least C++ and Python programming
- Experience with CUDA and algorithm optimization priciples is required
Responsibilities
- Manage very large raw datasets and apply process to reconstruct it into 3D space.
- Work with people that have plenty of ideas!
Contact
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location_on
1983 Whitney Mesa Dr
Henderson, NV 89014 -
mail
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