
get a quote
Their next-generation detectors are used in a broad range of industries for diverse applications, including by NASA to measure radiation conditions on the International Space Station, or by the European Space Agency (ESA) for communication satellites.
ADVACAM designs and produces cameras for material analysis, non-destructive testing, color radiography, and radiation safety. These cameras and detectors sense every single particle of radiation of almost any kind, including X-rays, gamma, electrons, ions, and even neutrons.
MiniPIX Series
Advacam
ADVACAM's patented detectors rank among the world's most advanced imaging technologies.Their next-generation detectors are used in a broad range of industries for diverse applications, including by NASA to measure radiation conditions on the International Space Station, or by the European Space Agency (ESA) for communication satellites.
ADVACAM designs and produces cameras for material analysis, non-destructive testing, color radiography, and radiation safety. These cameras and detectors sense every single particle of radiation of almost any kind, including X-rays, gamma, electrons, ions, and even neutrons.
 
MiniPIX cameras are small, low-power radiation cameras with particle tracking and imaging detector. Their compact size allows the camera to be inserted into pipes or other confined spaces which allows for a variety of integration possibilities. MiniPIX cameras can be used for particle tracking and space weather monitoring, XRD applications, electron microscopy, and educational settings.Features
- Digital particle (photon) registration and counting within every pixel
- Spectral sensitivity allowing color X-ray radiography and material-sensitive inspection
- High-speed (up to 3000 frames per second)
- High-resolution (55 microns)
- Low-power consumption
- Compact size and mobility
Applications
- Material analysis of minerals, alloys, polymers, electronics, batteries, or pigments
- High-contrast spectral "color" X-ray radiography and tomography
- Non-destructive testing, material-sensitive biological imaging of dynamic processes
- One-side radiography and inspection methods: XRF imaging, backscatter imaging, X-Ray Diffraction, X-Ray Fluorescence
- Electron microscopy (SEM, STEM, TEM)
- Ion detection and imaging (Beam monitoring, RBS, ERDA)
- Radiation safety
- Space weather monitoring
- Neutron imaging
- Visualization of light elements in the heavy matrix
