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APT Community

Resources, Support and the latest Research into APT

Serving the international research community

 

World leader in Atom Probe, CAMECA brings over decades of innovation and expertise in micro and nano-analysis to meet the needs of the most prominent scientists at large corporations, major universities, academic institutions and government laboratories around the world. The CAMECA Atom Probe Tomography product line comprises the 6000 family, with the Invizo 6000 and the LEAP 6000 XR and the EIKOS family. The CAMECA Atom Probes are developed in collaboration with the GPM - Materials Research Group - of Rouen University, France.

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Advanced Materials

Scientists rely on APT to gain a deeper understanding of the properties of advanced materials used for transportation, energy production, aerospace, and even consumer products.

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Life Science

Offering powerful instruments for studying intracellular metabolic pathways, DNA expression, virus penetration and drug localization, CAMECA enables important medical advancements.

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Metals 

APT instruments are used worldwide for R&D as well as process control of metals and alloys for industrial applications.

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Semiconductor

Our APT nanoanalysis and metrology solutions enable the development and mass production of new generation electronic devices at the latest node.

AP Suite Access Program

The AP Suite Access Program was created to support our existing Atom Probe users and promote the usage of Atom Probe Tomography (APT) in the wider scientific community. CAMECA is offering AP Suite software access for scientists collaborating with academic, industrial, and government research groups equipped with APT instruments. 

Publications - APT

Adoption by the scientific community and publication rate have grown exponentially over the past 10 years, witnessing the coming of age of Atom Probe Tomography, the only micro-analytical technique providing full insight into the nanostructures of materials.

APT uniquely enabled us to observe the diffusion of LSCF elements into GDC grain boundaries, a level of detail that other techniques could not achieve. "
Maxime Hubert
French Atomic and Alternative Energies Commission (CEA), France
 The CAMECA LEAP with UV laser pulsing is a powerful tool for 3D nanoscale geochemistry studies. Its introduction just a few years ago has enabled the analysis of a broad range of geological materials, including ground-breaking imaging of sub-micron isotopic distributions. Since the Geoscience Atom Probe Facility was established at Curtin University in 2015, researchers from around the world have visited the facility to make use of the LEAP’s capabilities, resulting in many new insights into geological processes active at the nanoscale. "
Dr. David Saxey
Department of Physics and Astronomy & Curtin University, Perth, Australia
  As a scientist interested in interfacial phenomena, the LEAP 5000 has provided a transformative microscope in quantifying elemental behavior across of a variety of material surfaces. This has enabled new understanding of material’s chemical structure and its effect in controlling properties, wether that be electrical, magnetic, optical or mechanical. "
Prof. Gregory B. Thompson
University of Alabama, USA
Our LEAP gives us fundamental understanding of atomic interactions between alloying elements in microalloyed steels. Particularly the clustering behaviors of light elements detected must lead to development of a new class of low-alloy steels by controlling heterogeneity contained in a classical metallic solid solution. "
Prof. Tadashi Furuhara
Institute for Materials Research, Tohoku University, Japan
 Predicting the in-service structural integrity of components in nuclear reactors is immensely challenging but essential from both safety and economic perspectives. The CAMECA LEAP provides an unrivalled capability to characterise the 3D atomic-scale irradiation damage caused by the interaction between energetic neutrons and atoms in structural components. The resultant microstructural data are used to underpin mechanistic models of the degradation processes and hence support safety cases for continued operation of nuclear reactors world-wide. "
Prof. Jonathan Hyde
National Nuclear Laboratory, UK
The LEAP 4000 HR has allowed us to see radioisotope geologic time in 3D for the first time. It is revolutionizing our view of natural materials, allowing us to use our macro-scale mapping approaches at the scale of the mineral lattice. It is an exciting time to be an Atom Probe geoscientist! "
Prof. Desmond Moser
University of Western Ontario, USA

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Service and maintenance

Get the right service package to suite your needs

Reliable, high‑quality data starts with consistent care, and our AMECare service and maintenance packages make that simple. Whether you prefer the peace of mind of an annual contract or the flexibility of on‑demand support, we have tailored solutions designed to fit your workflow, protect uptime, and extend the life of your equipment.

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We offer APT trainings for all instruments and experience levels - online or at your lab - to help you work efficiently and get the most from your system.