OVERVIEW:
Euclid Techlabs provides innovative solutions in the fields of charged particle beam physics through materials science. Founded in 2003, we have successfully completed thousands of collaborative programs totaling with the leading energy (DoE), defense (DHS), and health (NIH) agencies, working within or alongside of with their representative laboratories. These partnering laboratories are breaking technical barriers daily and require cutting-edge technologies to achieve their goals. We equip our partners with technology that is focused on their goals by applying our deep, diverse technical expertise and rapid prototyping capabilities. Innovation continues through our agile product development to deliver commercial products to high tech industries. Please see our website for the listing of global laboratory collaborations and commercial products.
OUR PASSION:
We take a highly multidisciplinary approach starting from first principles to equip our partners with the best solutions available. Incorporating broader market and customer perspectives, we continue to innovate on these solutions to create commercial products for high tech industries.
OUR EXPERTISE:
We have a diverse team of engineers and scientists from all over the world, bringing unique experiences from high energy (accelerator) physics, power electronics materials, energy conversion materials, rf design & simulation, field emission cathodes, charged particle beam simulation, and industrial equipment design.
Core products involve beam physics experimentation (accelerators, TWT, x-ray & klystrons), electron microscope enhancement (ultrafast electron microscope pulser), suitcase accelerators, and high brightness electron guns.
Euclid Beamlabs is a subsidiary of Techlabs, exclusively focused on developing new materials.
Industry
Research Services, Accelerators, Additives, Chemicals, Injectors, Machine Parts, Machinery, Tools & Supplies
HQ Location
365 Remington Blvd
Bolingbrook, IL 60440, US
Keywords
Charged particle beamsBeam instrumentatioBeam simulationsThin-film coatingsRF acceleratorsX-ray sourcesRF devicesTEMSmart materials (diamoceramic