Ato ID has developed and patented a proprietary SERS (Surface Enhanced Raman Scattering) technology. The company's solutions are used in label-free material identification and low concentration tracking.
Atotech is one of the world's leading suppliers of integrated production systems, chemistry and equipment for decorative and functional electroplating, semiconductor and printed circuit board manufacturing.
AUREA Technology provides superior optical instruments, such as NIR single photon counters, that enable scientists and engineers to achieve outstanding results and remain at the cutting edge of their field. AUREA Technology works closely with its clients and partners around the globe to meet the challenges of today and tomorrow in the optical communications, biomedical, life sciences, nanotechnology and semi-conductors industries.
Aurion's Plasma Systems division offers complete systems for plasma assisted surface treatment, that means for surface cleaning and surface modification as well as coating and etching (PVD, PECVD, RIE, Microwave).
Avantes is a leading company in the field of low cost spectroscopy and fiber optic applications. They offer miniature spectrometer systems for on-line measurements and analysis, which consist of a spectrometer, light source, fiber optic cables or other fiber optic based sampling apparatus.
To produce the most exciting and innovative new dynamic light scattering products, Avid Nano pursue the highest levels of performance, know-how, technology, convenience and reliability for all our products, used in laboratory applications requiring fast, accurate DLS measurements in the nano-metre size range.
Axion is developing advanced energy storage devices that it refers to as e3 Supercells. Axion's e3 Supercells replace the lead-based negative electrodes found in conventional lead-acid batteries with nanoporous carbon electrodes.
Applied X-ray Optics and High Precision Deposition - develops and applies various high precision deposition techniques for the production of nanometer single and multilayers showing sub-nanometer precision.