Applications – Advacam

Applications

03/14/2023

ADVACAM EDUCATION KIT

Applications: Education Revolutionizing nuclear education with NASA-approved technology. The ADVACAM…

Applications

03/14/2023

SPACE RIDER: EUROPEAN REUSABLE ORBITAL TRUCK

Applications: Space The Space Rider is supposed to be Europe’s…

Applications

03/14/2023

ONE WEB: SAFETY TO NEXT GENERATION OF SATELLITE INTERNET

Applications: Space Proving radiation monitoring for next-gen satellite internet constellation…

Applications

03/14/2023

VZLUSAT-2 – CUBESATS INTEGRATION

Applications: Space Thanks to their super low power consumption of…

Applications

03/14/2023

GATEWAY: SPACE RADIATION MONITORING AT THE LUNAR STATION

Applications: Space To the Moon and other planets! The Gateway…

Applications

03/14/2023

ISS: PROTECTING ASTRONAUTS AT THE INTERNATIONAL SPACE STATION

Applications: Space As an official dealer for NASA, ADVACAM has…

Applications

03/14/2023

ARTEMIS I: BACK TO MOON WITH OUR CAMERAS

Applications: Space NASA incorporates our Timepix chip module into its…

Applications

03/14/2023

RADIATION DATA FOR YOUR SPACE EXPERIMENT

Thanks to their compact size, ADVACAM detectors are well…

Quantum imaging detection and track visualization of space radiation in LEO orbit/500 km by the Timepix detector onboard the Cubesat VZLUSAT-2.

Applications

03/14/2023

PARTICLE TRACKING IN SPACE

Applications: Space Our radiation monitoring cameras can visualize each charged…

In this image, we showcase NASA astronaut Katherine Megan McArthur aboard the International Space Station (ISS). Highlighted in a red circle at the top of the image is our MiniPIX TimePIX Radiation Monitoring Camera, a key tool designed to safeguard the astronauts and the sensitive electronic and computer systems onboard. Adjacent to the MiniPIX, you will spot a golden device; this is the original, comparatively larger, and less efficient radiation monitor of the ISS. Centre stage, circled in red, stands the robust HERA Radiation Monitor - a product of NASA's ingenuity, equipped with ADVACAM's Single-photon counting chip. Image courtesy of NASA

Applications

03/14/2023

SPACE WEATHER MONITORING

Applications: Space Charged particles from solar flares and coronal ejections…

The picture shows an experimental Flash proton beam measurement at OncoRay Clinique in Dresden. A so-called „water phantom“ (a box filled with water) equipped with a remotely controlled positioning system is used for calibration before each treatment day in the facility. Advacam used the phantom to characterize stray radiation of Flash proton beam by a specifically modified detector, based on MiniPIX Timepix3 Flex architecture equipped with a silicon sensor.

Applications

03/14/2023

MINIMIZING SIDE EFFECTS OF INNOVATIVE CANCER RADIOTHERAPY

Applications: Biomedical Our single-photon counting detectors participated in a groundbreaking…

Applications

03/14/2023

FOOD INSPECTION: X-RAY CLASSIFICATION AND QUALITY CONTROL

Applications: Biomedical Our single-photon-counting cameras allow for the creation of…

This image shows a slow-motion recording of a mouse's heartbeat. The rodent's heart beats at a rate of 670 beats per minute, ten times faster than a human heart. The recording was made with our AdvaPIX detector at a rate of 1000 frames per second. Bone tissue was suppressed using post-processing to make the heart visible even behind the rib cage. In the video, you can observe how the individual chambers and atria of the heart darken or lighten, which is the actual movement of blood inside the organ. In this case, no contrast agent was used.

Applications

03/14/2023

FUNCTIONAL REAL-TIME TISSUE IMAGING

Applications: Biomedial Our cameras provide real-time, high-speed X-ray videos of…

There are two outputs of our single-particle camera. On the left, there's an image showcasing anatomic features: The veins or arteries of mouse lungs clearly. The right image employs a detector to visualize a specific micro-structure: The lung's alveoli, allowing for the observation of their distribution within the organ anatomy. The X-ray imaging system utilized in this study merges a microfocus X-ray tube with a large-area photon counting detector, WidePIX 5X10, having a resolution of 2560 x 1280 pixels with a pitch of 55 µm.

Applications

03/14/2023

SOFT TISSUES DIFFERENTIATION

Applications: Biomedical Our innovative imaging cameras employ advanced technology for…

Spectral computed tomography slices where each colour represents a tissue type. Picture taken by AdvaPIX

Applications

03/14/2023

SPECTRAL COMPUTED TOMOGRAPHY

Spectral computed tomography enhances 3D imaging, advancing tissue identification and…

ADVACAM SPECTRAL RADIOGRAPHY: Material discriminating spectral imaging of a mouse. Colors represent different tissue types.

Applications

03/14/2023

SPECTRAL RADIOGRAPHY

Applications: Biomedical Photon counting detectors excel in bio-imaging due to…

Applications

03/13/2023

MORE PRECISE HEAD CANCER TUMOR IRRADIATION

Applications: Biomedical ADVACAM detectors are being tested as a method…

Applications

03/13/2023

ROBOT MONITORS RADIOACTIVE DRUGS IN THE BODY

Applications: Biomedical A newly developed robotic device called ThyroPIX could…

$Examples of measurements with Timepix detectors utilized by our spin-off company AdvaScope. On the left side: An EBSD diffraction pattern of Nickel. On the right: A diffraction pattern measured for the Si sample aligned to [100] zone axis. Below: An example of an implementation of a Timepix3 detector together with the retraction device that has been installed on a TEM. The external electronics are located and attached to the casing. It is connected via a PCB feedthrough to the vacuum chamber.$

Applications

03/13/2023

NOISELESS AND FAST ELECTRON MICROSCOPY

Applications: Material Analysis Our single-photon counting detectors provide a highly…

ADVACAM Ore quality identification: Multiple X-ray transmission images are taken with different energy sensitivity (threshold). Each transmission scan is converted to an equivalent thickness of reference material (e.g., aluminum). Different materials in a sample show different spectral dependencies. If the actual imaged material equals the reference one, then both images show the same equivalent thickness.

Applications

03/13/2023

REVOLUTIONARY ORE QUALITY IDENTIFICATION

Applications: Material Analysis Our energy-sensitive spectral X-ray cameras facilitate color…

Applications

03/13/2023

MATERIAL-SENSITIVE X-RAY INSPECTION

Applications: Material Analysis Our energy-sensitive X-ray cameras enable color radiography…

$ADVACAM Material Analysis: XRD MINERAL MAPPING - examined 5mm thick peace of mineral. The diffractograms in this image visualize different materials inside the examined 5mm thick peace of mineral. The AdvaPIX TPX3 CdTe camera was used to make the measurements.$