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AMETEK is a leading global manufacturer of electronic instruments and electromechanical devices with annual sales of $4.0 billion.

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CAMECA Recognized Among the Winners of R&D 100 Awards

Contact: Marion Chopin +33 1 4334 6250, marion.chopin@ametek.com  (marion.chopin@ametek.com)Next Generation Atom Probe Included Among 100 Most-Significant Developments in Research and Development LEAP 5000 Atom Probe Offers Precise Atom-by-Atom, Sub-Nanometric Analysis of Metals, Semiconductors and Other Materials MADISON, WI, USA - CAMECA, a unit of AMETEK Materials Analysis, was recognized among the winners of the 54thAnnual R&D 100 Awards by the editors of R&D magazine for its development of the LEAP 5000. Launched in August 2014, the LEAP 5000 is the latest generation of atom

CAMECA Helps US Navy LEAP Forward in Materials Design

CAMECA Delivers Local Electrode Atom Probe (LEAP) To US Naval Research Laboratory for Advanced Materials DevelopmentContact: Marion Chopin +33 1 4334 6250, marion.chopin@ametek.com WASHINGTON, DC – The US Naval Research Laboratory (NRL) has taken delivery of the US Department of Defense’s first Local Electrode Atom Probe (LEAP) microscope. The high-performance atom probe from CAMECA, a unit of AMETEK Materials Analysis, is used in advanced materials analysis to provide precise atom-by-atom identification, 3-D spatial positioning, and accurate atomic-scale reconstruction of a material’s

Nanolab Technologies LEAPS Forward with High-Performance Analysis Services to the World

Nanolab Orders Advanced Local Electrode Atom Probe (LEAP) Microscope from CAMECA unit of AMETEK Materials Analysis DivisionMilpitas, CA – Nanolab Technologies Inc., a Silicon Valley-based analytical services lab, has purchased a new Local Electrode Atom Probe from CAMECA Instruments Inc. The high-performance atom probe from CAMECA, a unit of the AMETEK Materials Analysis Division, is used to provide advanced materials analysis, including precise atom-by-atom identification, 3-D spatial positioning, and accurate atomic-scale reconstruction of a material’s microstructure.  Since their

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