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Analytic double-beam-system Focused Ion Beam and scanning electron microscope JEOL JIB-4610F

Basic Information

Name: Analytic double-beam-system Focused Ion Beam and scanning electron microscope
Manufacturer: JEOL
Model: JIB-4610F
Facility: Competence Materials Characterization and Testing
Partner: Fraunhofer Institute for Material and Beam Technology (IWS)

Short Description

Analytic double-beam-system Focused Ion Beam and scanning electron microscope - JEOL JIB-4610F

Description

  • Equipment/ technical data
    • Emission: thermal in-lens field emission source (max. 200 nA at 0,1 to 30 kV)
    • Ion source: Ga liquid metal (3 pA to max. 90 nA at 30 kV)
    • Resolution: 1.2 nm (at 30kV, REM), 4 nm (at 30 kV, SIM)
    • Detectors: SE, BSE and STEM for “Live”-preparation of translucent TEM-specimens
    • Micromanipulator for TEM-specimen extraction (Kleindiek)
    • Additional equipment: EDX- and BDSM-systems
  • Methods
    • Effective, low-damage high-precision target-preparation of different materials (i.a. metal, synthetic material, composite, layer, nanomaterials)
    • „Microfabrication“ / „Nanofabrication“:  
      • Production of diverse geometric structures
      • Typical volumes: 10 μm3
      • Typical precision: 10 nm
    • 3D-analysis of materials, thermography and 3D-reconstructions; in each case possible to combine with EDX- and BDSM-analysis
    • Effective treatment of large surfaces and volumes with ion-ablation with an ion-current up to 90nA

Options of instrument usage

Points of Contact

Associated Services

Name Preview Actions
Development and evaluation of process- and application-specific testing strategies
Target preparation for the investigation of defects in materials and components made of metallic and non-metallic materials
Metallographic, electron microscopic and microanalytical characterization of the real structure of metals, ceramics and composites
Product accompanying quality assurance
High-resolution, imaging and analytical characterization of laser-modified edge zones, joining interfaces, thin-film systems, nanotubes and nanoparticles
Failure and damage analysis

Images

Last Update

Last updated at: 5 August 2019 at 10:31:22