CAMECA SAS products

SIMS

Cameca - Model IMS 7f-Auto - Detection Sensitivity with High Throughput & Full Automation

The IMS 7f-Auto is the latest version of our successful IMS xf Secondary Ion Mass Spectrometer (SIMS) product line. Designed to deliver high precision elemental and isotopic analyses with increased ease-of-use and productivity, it has been optimized for challenging applications such as glass, metals, ceramics, Si-based, III-V and II-VI devices, bulk materials, thin films... fulfilling industry requirements for efficient device development and process control.

Cameca - Model IMS 7f-GEO - Compact, High Throughput SIMS for Geoscience Laboratories

The IMS 7f-GEO is a mono-collection SIMS model specifically designed to perform high precision / high throughput measurements in geological samples, i.e. stable isotopes, REE (Rare Earth Elements), trace elements... It is also used for material sciences analyses and environmental studies.

Model IMS 1300-HR³ - Large Geometry Ion Microprobe for Geosciences

The IMS 1300-HR³ is a large geometry ion microprobe delivering unequalled analytical performance for a wide range of geoscience applications: tracking geological processes using stable isotopes, dating minerals, determining the presence and distribution of trace elements. Its high sensitivity and high lateral resolution also make it the tool of choice to search and measure uranium particles for nuclear safeguards purposes.

Model KLEORA - The Specialized Ion Microprobe for World-leading Research in Geochronology

In order to meet a growing demand from geochronologists, CAMECA has introduced KLEORA, a large geometry SIMS instrument fully optimized for advanced U-Th-Pb mineral dating.

Model NanoSIMS 50L - Sims Microprobe For Isotopic and Trace Element Analysis at High Spatial Resolution

The NanoSIMS 50L is a unique ion microprobe optimizing SIMS analysis performance at high lateral resolution. It is based on a coaxial optical design of the ion beam and the secondary ion extraction, and on an original magnetic sector mass analyzer with multicollection.

ATP

CAMECA - Model LEAP 5000 - 3D Atom Probe Microscope

The LEAP 5000 is CAMECA`s cutting-edge atom probe microscope, offering superior detection efficiency across a wide variety of metals, semiconductors and insulators: more than 40% extra atoms detected per nm3 analyzed.

Cameca - Model EIKOS-UV - Atom Probe Microscope

The Atom Probe that enables routine, high performance 3D nano-analysis for both research and industry. Building on 30 years of success in Atom Probe Tomography instrumentation and application, CAMECA has developed EIKOS™, the Atom Probe microscope for rapid alloy development and nanoscale materials research.

Model Invizo 6000 - The 3D Atom Probe With the Largest Field Of View

The Invizo 6000 3D Atom Probe microscope introduces major technology breakthroughs to push the boundaries of atom probe analysis. Its ultra wide field of view flight path and unique dual-beam deep UV laser pulse system result in higher single-specimen yield and a greater analysis volume with improved reconstruction fidelity, allowing more information to be obtained from each dataset. The Invizo 6000 is an ideal choice for advanced research on a diverse set of applications.

Model LEAP 6000 XR - The First 3D Atom Probe with Combined Voltage & Laser Pulsed Operation

The LEAP 6000 XR inherits key features from previous APT generations, adding deep UV laser pulsing to the proven local electrode design to deliver higher yield and data quality. Through compatibility with the microtip array and a redesigned optical system, the LEAP 6000 XR provides enhanced ease of use and the potential for fully automated operation.

EPMA

Shielded Electron Probe MicroAnalyzer for Radioactive Samples

SKAPHIA provides a safe environment for manipulating and analyzing nuclear samples together with benchmark analytical performance allowing scientists to gain a deeper understanding of fuel performance, to explore irradiated material behavior and radiation damage processes, to develop innovative alloys and structural materials, to optimize the nuclear fuel cycle and to achieve better nuclear waste management...