NanoSIMS-HR

Next-gen NanoSIMS with enhanced lateral resolution, higher throughput, and advanced sample handling features. Ideal for high-precision nanoanalysis.

• Status: Active
• Country: France
• Isotopic: Yes
• Elemental: Yes
• Type of measurable elements: Most of elements, isotopes, and molecular species
• Measurable isotopes/elements: Isotopes including H, C, N, O, Si, and others with superior isotopic ratio capabilities
• Analyzer type : Magnetic Sector MS
• Ion source type: Advanced Cs+ and redesigned RF-plasma ion source
• Inlet types: Larger sample holders for diverse applications
• Mass range : given by the factor D = X 22 between minimum mass and maximum mass (ex: from 1 amu to 22 amu or from 10 amu to 220 amu depending on the selected B-field in the electro- magnet
• High Resolution : Yes
• Mass resolution/ Mass resolving power : Up to 7500 (depending on slit size and configuration)
• Multicollector : Yes
• Collectors qty : 7 with enhanced collection capabilities
• Detection limits : Sub-ppb detection for select isotopes in ideal conditions
• Detector type : Electron multipliers and Faraday cups
• Primary beam : Improved Cs+ and O- with optimized source stability
• Voltage : +8 kV (Cs+), -8 kV (O-)
• Spatial resolution : ≤ 30 nm (Cs+), ≤ 50 nm (O-)
• Depth profile : Improved to ≤ 12 nm per decade with low-energy Cs+ beams
• Beam energy : Adjustable, with improved depth profiling precision
• Camera : Enhanced optical imaging for better accuracy
• Geometry type : Coaxial, optimized for secondary ion collection
• Cooling system : Water cooling for sources and detectors
• Vacuum system : Turbo-molecular and ion pumps
• Gas supply: Standard gas delivery systems for Cs and O2
• Dimensions and Weight: L: 6.8 m, W: 5.2 m, H: 2.85 m