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SCIENTIFIC CAMERAS
- compact sCMOS
  - pco.panda 26 DS
    pco.panda 26 DS
    
    double shutter images with 1 µs interframing time
    
    true charge domain global shutter
    
    5120 x 5120 pixel resolution
    
    dust-protected housing
    
    ultra-compact design
    
    up to 65 % quantum efficiency
    
    low jitter
    
    pixel size 2.5 µm x 2.5 µm
    
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  - pco.panda 26
    pco.panda 26
    
    available in mono and color
    
    true charge domain global shutter
    
    5120 x 5120 pixel resolution
    
    dust-protected housing
    
    ultra-compact design
    
    up to 65 % quantum efficiency
    
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  - pco.panda 4.2 bi UV
    pco.panda 4.2 bi UV
    
    190 nm - 1100 nm spectral range
    
    back illuminated sensor
    
    ultra-compact design
    
    2048 x 2048 pixel
    
    USB 3.1 Gen1
    
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  - pco.panda 4.2 bi
    pco.panda 4.2 bi
    
    back illuminated sensor
    
    up to 95 % quantum efficiency
    
    ultra-compact design
    
    2048 x 2048 pixel
    
    USB 3.1 Gen1
    
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  - pco.panda 4.2
    pco.panda 4.2
    
    2.1 e- med readout noise
    
    up to 80 % quantum efficiency
    
    ultra-compact design
    
    2048 x 2048 pixel
    
    USB 3.1 Gen1
    
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- cooled sCMOS
  - pco.edge 26 CLHS
    pco.edge 26 CLHS
    
    high resolution: 5120 x 5120 pixel
    
    high speed: 150 fps
    
    parasitic light sensitivity: 1/10,000
    
    temperature-stabilized image sensor
    
    fiber optic data interface
    
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  - pco.edge 26
    pco.edge 26
    
    true charge domain global shutter
    
    5120 x 5120 pixel resolution
    
    down to -20°C adjustable cooling
    
    compact design
    
    up to 72 % quantum efficiency
    
    USB 3.1 Gen1
    
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  - pco.edge 10 bi CLHS
    pco.edge 10 bi CLHS
    
    back illuminated with high MTF
    
    high resolution: 4432 x 2368 pixel
    
    low readout noise: 0.8 e-
    
    25,000:1 dynamic range
    
    temperature-stabilized image sensor
    
    fiber optic data interface
    
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  - pco.edge 10 bi LT
    pco.edge 10 bi LT
    
    back illuminated with high MTF
    
    high resolution: 4416 x 2368 pixel
    
    low readout noise: 1.3 e- @ 122 fps
    
    15,385:1 dynamic range
    
    temperature-stabilized image sensor
    
    fiber-optic data interface
    
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  - pco.edge 5.5
    pco.edge 5.5
    
    1.0 e- med readout noise
    
    2560 x 2160 pixel resolution
    
    30 000 : 1 dynamic range
    
    100 fps maximum frame rate
    
    rolling & global shutter functionality
    
    Camera Link HS or USB 3.0
    
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  - pco.edge 4.2 bi XU
    pco.edge 4.2 bi XU
    
    high spatial resolution: 2048 x 2048 pixel
    
    pixel size: 6.5 µm x 6.5 µm
    
    low readout noise: 1.9 e- med
    
    well suited for EUV & soft X-ray applications
    
    high QE in the energy range 30 to 1000 eV
    
    usable with vacuum down to 1 x 10^-7 mbar
    
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  - pco.edge 4.2 bi UV
    pco.edge 4.2 bi UV
    
    190 nm - 1100 nm spectral range
    
    back illuminated sensor
    
    up to 95 % quantum efficiency
    
    down to -25°C adjustable cooling
    
    2048 x 2048 pixel resolution
    
    USB 3.1 Gen1
    
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  - pco.edge 4.2 bi
    pco.edge 4.2 bi
    
    back illuminated sensor
    
    up to 95 % quantum efficiency
    
    down to -25°C adjustable cooling
    
    2048 x 2048 pixel resolution
    
    40 fps maximum frame rate
    
    USB 3.1 Gen1
    
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  - pco.edge 4.2
    pco.edge 4.2
    
    0.8 e- med readout noise
    
    2048 x 2048 pixel resolution
    
    up to 37 500 : 1 dynamic range
    
    100 fps maximum frame rate
    
    up to 82 % quantum efficiency
    
    Camera Link HS or USB 3.0
    
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  - pco.edge 4.2 LT
    pco.edge 4.2 LT
    
    0.8 e- med readout noise
    
    2048 x 2048 pixel resolution
    
    37 500 : 1 dynamic range
    
    40 fps maximum frame rate
    
    up to 82 % quantum efficiency
    
    USB 3.0 interface
    
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  - pco.edge 3.1
    pco.edge 3.1
    
    1.1 e- med readout noise
    
    2048 x 1536 pixel resolution
    
    27 000 : 1 dynamic range
    
    rolling & global shutter functionality
    
    USB 3.0 interface
    
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- UV sensitive
  - pco.edge 4.2 bi XU
    pco.edge 4.2 bi XU
    
    high spatial resolution: 2048 x 2048 pixel
    
    pixel size: 6.5 µm x 6.5 µm
    
    low readout noise: 1.9 e- med
    
    well suited for EUV & soft X-ray applications
    
    high QE in the energy range 30 to 1000 eV
    
    usable with vacuum down to 1 x 10^-7 mbar
    
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  - pco.edge 4.2 bi UV
    pco.edge 4.2 bi UV
    
    190 nm - 1100 nm spectral range
    
    back illuminated sensor
    
    up to 95 % quantum efficiency
    
    down to -25°C adjustable cooling
    
    2048 x 2048 pixel resolution
    
    USB 3.1 Gen1
    
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  - pco.panda 4.2 bi UV
    pco.panda 4.2 bi UV
    
    190 nm - 1100 nm spectral range
    
    back illuminated sensor
    
    ultra-compact design
    
    2048 x 2048 pixel
    
    USB 3.1 Gen1
    
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- SWIR sensitive
  - pco.pixelfly™ 1.3 SWIR
    pco.pixelfly™ 1.3 SWIR
    
    VIS & SWIR sensitivity 350 nm - 1700 nm
    
    small pixel size 5 µm x 5 µm
    
    long exposure times due to low dark current
    
    excellent peak QE of 90 %
    
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- streaming
  - pco.edge 26 CLHS
    pco.edge 26 CLHS
    
    high resolution: 5120 x 5120 pixel
    
    high speed: 150 fps
    
    parasitic light sensitivity: 1/10,000
    
    temperature-stabilized image sensor
    
    fiber optic data interface
    
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  - pco.edge 10 bi CLHS
    pco.edge 10 bi CLHS
    
    back illuminated with high MTF
    
    high resolution: 4432 x 2368 pixel
    
    low readout noise: 0.8 e-
    
    25,000:1 dynamic range
    
    temperature-stabilized image sensor
    
    fiber optic data interface
    
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  - pco.edge 10 bi LT
    pco.edge 10 bi LT
    
    back illuminated with high MTF
    
    high resolution: 4416 x 2368 pixel
    
    low readout noise: 1.3 e- @ 122 fps
    
    15,385:1 dynamic range
    
    temperature-stabilized image sensor
    
    fiber-optic data interface
    
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  - pco.edge 5.5 (10G FOL)
    pco.edge 5.5 (10G FOL)
    
    10G FOL data interface
    
    high-speed streaming
    
    1.0 e- med readout noise
    
    2560 x 2160 pixel resolution
    
    100 fps maximum frame rate
    
    rolling & global shutter functionality
    
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  - pco.edge 4.2 (10G FOL)
    pco.edge 4.2 (10G FOL)
    
    10G FOL data interface
    
    high-speed streaming
    
    0.8 e- med readout noise
    
    2048 x 2048 pixel resolution
    
    100 fps maximum frame rate
    
    up to 82 % quantum efficiency
    
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HIGHSPEED CAMERAS
- compact & ruggedized
  - pco.dimax cs1
    pco.dimax cs1
    
    3086 fps @ 1.3 MPix resolution
    
    compact design
    
    high-g ruggedized body
    
    excellent light sensitivity
    
    12 bit dynamic range
    
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  - pco.dimax cs3
    pco.dimax cs3
    
    2128 fps @ Full HD resolution
    
    1603 fps @ 2.8 MPix
    
    compact design
    
    high-g ruggedized body
    
    12 bit dynamic range
    
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  - pco.dimax cs4
    pco.dimax cs4
    
    1102 fps @ 4MPix resolution
    
    2128 fps @ Full HD resolution
    
    compact design
    
    high-g ruggedized body
    
    12 bit dynamic range
    
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- internal memory
  - pco.dimax cs1
    pco.dimax cs1
    
    3086 fps @ 1.3 MPix resolution
    
    compact design
    
    high-g ruggedized body
    
    excellent light sensitivity
    
    12 bit dynamic range
    
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  - pco.dimax cs3
    pco.dimax cs3
    
    2128 fps @ Full HD resolution
    
    1603 fps @ 2.8 MPix
    
    compact design
    
    high-g ruggedized body
    
    12 bit dynamic range
    
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  - pco.dimax cs4
    pco.dimax cs4
    
    1102 fps @ 4MPix resolution
    
    2128 fps @ Full HD resolution
    
    compact design
    
    high-g ruggedized body
    
    12 bit dynamic range
    
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FLIM CAMERA
- pco.flim
  - pco.flim
    pco.flim
    
    pco.flim laser as light source for epifluorescence measurements
    
    selectable laser wavelengths and light output powers
    
    100 ps – 100 µs lifetimes measurable
    
    1008 x 1008 pixel resolution
    
    5 kHz – 40 MHz frequency domain FLIM
    
    45 double frames/s frame rate
    
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INTENSIFIED CAMERAS
- single-channel
  - pco.dicam C1 UHS
    pco.dicam C1 UHS
    
    exposure times of 2.5 ns to 1 s
    
    18 mm image intensifier
    
    intensified sCMOS technology
    
    1504 x 1504 pixel
    
    143 fps @ full resolution
    
    enhanced extinction ratio gating
    
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  - pco.dicam C1 LT
    pco.dicam C1 LT
    
    exposure times of 51 ns up to 1 s
    
    18 mm image intensifier
    
    intensified sCMOS technology
    
    1504 x 1504 pixel
    
    120 fps @ full resolution
    
    enhanced extinction ratio gating
    
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  - pco.dicam C1
    pco.dicam C1
    
    exposure times down to 4 ns
    
    25 mm image intensifier
    
    intensified sCMOS technology
    
    2048 x 2048 pixel
    
    106 fps @ full resolution
    
    enhanced extinction ratio gating
    
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- multi-channel
  - pco.dicam C8 UHS
    pco.dicam C8 UHS
    
    8-channel intensified sCMOS technology
    
    exposure times down to 2.5 ns
    
    8 images in 20 ns
    
    16 images in 620 ns
    
    1504 x 1504 pixel
    
    80G fiber optic data interface
    
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  - pco.dicam C8 LT
    pco.dicam C8 LT
    
    8-channel intensified sCMOS technology
    
    exposure times down to 51 ns
    
    8 images in 408 ns
    
    16 images in 960 ns
    
    1504 x 1504 pixel
    
    8 x 10G fiber optic data interface
    
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  - pco.dicam C4 UHS
    pco.dicam C4 UHS
    
    4-channel intensified camera
    
    exposure times down to 2.5 ns
    
    18 mm image intensifier
    
    1504 x 1504 pixel
    
    2.6 GByte/s fibre optic data interface
    
    enhanced extinction ratio gating
    
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  - pco.dicam C4 LT
    pco.dicam C4 LT
    
    4-channel intensified camera
    
    exposure times down to 51 ns
    
    18 mm image intensifier
    
    1504 x 1504 pixel
    
    4 x 10G fiber optic data interface
    
    enhanced extinction ratio gating
    
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  - pco.dicam C4
    pco.dicam C4
    
    4-channel intensified camera
    
    exposure times down to 4 ns
    
    25 mm image intensifier
    
    2048 x 2048 pixel
    
    3.4 GByte/s fibre optic data interface
    
    enhanced extinction ratio gating
    
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  - pco.dicam C8
    pco.dicam C8
    
    8-channel intensified sCMOS technology
    
    exposure times down to 4 ns
    
    8 images in 32 ns
    
    16 images in less than 1 µs
    
    2048 x 2048 pixel
    
    80G fiber optic data interface
    
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OEM CAMERAS
SOFTWARE
- Camera Control Software
  - pco.camware
    pco.camware
    
    With pco.camware you adjust all settings of your PCO camera as well as its image acqusition. The camera's parameters and the environment of your application perfectly geared to each other is what brings the desired results to your operation - and pco.camware is exactly the tool to control and achieve this.
    
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- Development Tools
  - pco.sdk
    pco.sdk
    
    The pco.sdk is a software development kit for Windows and Linux OS. It enables you to control PCO cameras in your own software.
    
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  - pco.recorder
    pco.recorder
    
    The pco.recorder is a software development kit for Windows and Linux OS based on the pco.sdk. It remarkably simplifies your image acquisition, storage and processing for PCO cameras.
    
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  - pco.cpp
    pco.cpp
    
    The pco.cpp is a high-level Software Development Kit (SDK) for Windows and Linux OS that provides a C++ class interface for PCO cameras.
    
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- Third Party Software
  - FalCon eXtra
    FalCon eXtra
    
    FalCon eXtra is a high-speed video and analysis software for multi-camera control. It is preferentially applied in the field of passive car safety applications and provides the whole range of tasks required for impact testing.
    
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  - Image Systems TEMA
    Image Systems TEMA
    
    TEMA is a software suite for advanced motion analysis tests in research and industry.
    
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  - Java
    Java
    
    The pco.java package is a comprehensive library of functions to work with PCO cameras.
    
    The pco.java ImageIO package provides a plugin for the Java ImageIO API to view PCO’s TIFF and B16 image files (e.g. recorded with pco.camware) in your own Java program.
    
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  - LabVIEW
    LabVIEW
    
    The pco.labview sdk is built as set of libraries. It contains sub VIs and integrates the functions of pco.sdk, pco.recorder and ColorConversion into the LabVIEW application development system. This makes it very simple for you to develop your own LabVIEW applications.
    
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  - Jetraw by Dotphoton
    Jetraw by Dotphoton
    
    Dotphoton’s Jetraw software uses the camera’s calibration data to enhance compression, achieving a compression ratio of up to 10:1 at speeds of 200MB/s/core, and maintaining the image quality.
    
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  - MATLAB
    MATLAB
    
    The pco.matlab package is a set of three components to integrate and use PCO cameras within the MATLAB environment
    
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  - Micro-Manager
    Micro-Manager
    
    μManager provides you the essentials of microscope imaging in one free software package. It operates all PCO cameras and covers the major microscopes and many peripherals.
    
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  - Python
    Python
    
    The Python package is a comprehensive library of functions to work with PCO cameras. It enables you to integrate our products in your own Python program.
    
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- Microscopy Integration
  - Bruker JPK BioAFM V7
    Bruker JPK BioAFM V7
    
    The Bruker JPK BioAFM V7 software guides you through the workflow of setting up experiments. Even if you have minimal AFM experience, the interface makes it simple to generate high-quality data.
    
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  - INSCOPER
    INSCOPER
    
    INSCOPER is a full-featured automation and image acquisition software solution for fluorescence microscopy.
    
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  - Leica LAS X Life Science
    Leica LAS X Life Science
    
    From basic documentation to advanced life science research – the “Leica Application Suite X (LAS X) Life Science” is one software platform for all Leica microscopes.
    
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  - Molecular Devices MetaMorph
    Molecular Devices MetaMorph
    
    MetaMorph by Molecular Devices is a microscope imaging software with a microscopy analysis software option. It automates acquisition, device control, and image analysis, and easily integrates dissimilar fluorescent microscope hardware and peripherals into a single custom workstation.
    
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  - Nikon NIS-Elements
    Nikon NIS-Elements
    
    Nikon NIS-Elements offers powerful image acquisition, analysis, visualization and data sharing tools combined in one imaging solution.
    
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  - Phi Optics CellVista
    Phi Optics CellVista
    
    Phi Optics CellVista software platform controls Phi Optics Quantitative Phase Imaging (QPI) modules and the motorization of commercial microscopes.
    
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  - Visitron VisiView
    Visitron VisiView
    
    VisiView® is a high performance imaging software for bio imaging applications. It is specially designed to meet the needs for high-speed image acquisition and processing with ease of use.
    
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  - Volocity 3D
    Volocity 3D
    
    The Volocity 3D Image Acquisition & Analysis software is a solution for 3D fluorescence image analysis which enables you to conduct research beyond the limitations of 2D.
    
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  - ZEISS ZEN
    ZEISS ZEN
    
    ZEN is a software platform that enables you to control all ZEISS image processing systems and operate all your devices conveniently through the same interface. You can see at any time which options the system provides and what actions are recommended next.
    
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- Add Ons
  - pco.fileconversion
    pco.fileconversion
    
    The pco.fileconversion is a software package to convert different image formats such as 16-bit tif, pcoraw and b16 files, recorded by pco.camware, into various other formats.
    
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  - pco.logging
    pco.logging
    
    With the pco.logging tool you control and monitor your logging and generate detailed support files.
    
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  - GigE Calibration Tool
    GigE Calibration Tool
    
    The pco.gige_calib is a software for configuring the network settings of PCO cameras that support an Ethernet interface.
    
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APPLICATIONS
- Life Science
  - Fluor. Microscopy DNA Micro Arrays
    Fluor. Microscopy DNA Micro Arrays
    
    Microarrays are versatile tools for high throughput screening. Nevertheless they are severely limited. Therefore the idea arose why not to copy microarrays? Why not make DNA, RNA and protein microarrays as high quality copies of a high quality original? It worked fine for text books and images. So why not apply it for DNA? Why not build a biomolecule copying machine? A biomolecule xeroxer?
    
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  - SMLM DNA Origami
    SMLM DNA Origami
    
    DNA origami is a powerful method for the programmable assembly of nanoscale molecular structures. For applications of these structures as functional biomaterials, the study of reaction kinetics and dynamic processes in real time and with high spatial resolution becomes increasingly important.
    
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  - LSFM HSPM Timelapse
    LSFM HSPM Timelapse
    
    Oblique plane microscopy (OPM) is a form of light sheet microscopy that uses a single high numerical aperture microscope objective for both fluorescence excitation and collection.
    
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  - High-Speed Fluor. Microscopy
    High-Speed Fluor. Microscopy
    
    The application shows that the mode and dynamics of trypanosome locomotion are a trait of life within a crowded environment. Using high-speed fluorescence microscopy and ordered micro-pillar arrays we show that the parasites mode of motility is adapted to the density of cells in blood.
    
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  - Frequency Domain FLIM
    Frequency Domain FLIM
    
    Widefield frequency-domain fluorescence lifetime imaging microscopy (FDFLIM) is a fast and accurate method to measure the fluorescence lifetime of entire images.
    
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  - Time-Lapse 3-D Measurements
    Time-Lapse 3-D Measurements
    
    Light sheet fluorescence microscopy has previously been demonstrated on a commercially available inverted fluorescence microscope frame using the method of oblique plane microscopy (OPM). In this paper, OPM is adapted to allow time-lapse 3-D imaging of 3-D biological cultures in commercially available glass-bottomed 96-well plates using a stage-scanning OPM approach (ssOPM).
    
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  - LLIM of Chemical Sensors
    LLIM of Chemical Sensors
    
    Luminescence Lifetime Imaging of Chemical Sensors - A Comparison between Time-Domain and Frequency-Domain Based Camera Systems
    
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  - Widefield FLIM of Protoporphyrin IX
    Widefield FLIM of Protoporphyrin IX
    
    Achieving a maximal safe extent of resection during brain tumor surgery is the goal for improved patient prognosis. Fluorescence-guided neurosurgery using 5-aminolevulinic acid (5-ALA) induced Protoporphyrin IX has thereby become a valuable tool enabling a high frequency of complete resections and a prolonged progression-free survival in glioblastoma patients.
    
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  - Fluor. Lifetime Based pH MEAS
    Fluor. Lifetime Based pH MEAS
    
    Novel fluorescent diazaoxatriangulenium (DAOTA) pH indicators for lifetime-based self-referenced pH sensing are reported. The DAOTA dyes were decorated with phenolic receptor groups inducing fluorescence quenching via photoinduced electron transfer mechanism.
    
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  - Hi-Res X-Ray Tomography
    Hi-Res X-Ray Tomography
    
    With the help of the pco.dimax S4, the characteristics behind bone fractures are investigated. The goal is to understand the material as well as tissue level strain limits and their relation to failure sites.
    
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  - Super-Resolution Microscopy
    Super-Resolution Microscopy
    
    With the Confocal.nl RCM2, super-resolution imaging over a large FOV is possible. Here we can observe resolved mouse synaptonemal complexes over an incredible 220x220 micron FOV. Using the pco.edge 26 camera and an Olympus Life Science 40x 1.4 NA objective.
    
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- Physical Science
  - Propeller Induced Properties
    Propeller Induced Properties
    
    Multiple optical measurement techniques have been applied for the investigation of a propeller-wing wind tunnel model. The (half) wind tunnel model is equipped with a nine bladed propeller and its wing has active Coanda blowing over the whole span of the wing.
    
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  - PIV Tour de France
    PIV Tour de France
    
    Particle Image Velocimetry not only allows visualizing the airflow around the bike and rider, but also accurately measures the flow in detail. Development engineers use these results to optimize the performance of bike and clothing and help André Greipel in this way to reach new sportive achievements.
    
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  - Tracer Dispersion
    Tracer Dispersion
    
    COMTESSA stands for Camera Observation and Modelling of 4D Tracer Dispersion in the Atmosphere. COMTESSA’s vision is to elevate the theory and simulation of turbulent tracer dispersion in the atmosphere to a new level by performing completely novel high-resolution 4D measurements.
    
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  - 3D Flow Field Measurements
    3D Flow Field Measurements
    
    Large-volume volumetric flow experiments and their results: The first of these, investigating a thermal plume at low velocities (up to 0.35 m/s) demonstrates the abilities and requirements to reach volume sizes up to and probably beyond one cubic meter.
    
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  - Tomo PTV Shake the Box
    Tomo PTV Shake the Box
    
    A novel approach to the evaluation of time resolved particle-based tomographic data is introduced. By seizing the time information contained in such datasets, a very fast and accurate tracking of nearly all particles within the measurement domain is achieved at seeding densities comparable to (and probably above) the thresholds for tomographic PIV.
    
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  - Flow Investigations
    Flow Investigations
    
    A flow-through nacelle investigated at the Institute of Fluid Mechanics and Aerodynamics of the Universität der Bundeswehr in Munich.
    
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  - Rev. Laser-Induced Amp. Emission
    Rev. Laser-Induced Amp. Emission
    
    The physical mechanism underlying this optically induced phase transition process is discussed. It is demonstrated that this phase change can, in principle, be used for an all-optical “write–read–erase” memory device.
    
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  - Crystal Nucleation in Microdroplets
    Crystal Nucleation in Microdroplets
    
    Crystal nucleation is important to control the product properties in industrial crystallization processes. In this work, we propose a simple method to manufacture such devices from polycarbonate as an alternative to conventional chips made of poly (dimethylsiloxane).
    
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  - Droplets Physics
    Droplets Physics
    
    General knowledge tells us that oil and water do not mix. However, if we understand the mixing of oil and water, we better understand the behavior of spilled coffee, we can predict how long it will take for paint to dry, four our glass of beer to lose its 'fizz' and we can understand why the olive oil and vinegar in out 'vinaigrette' indeed refuses to mix.
    
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  - PRIOR Proton Microscope
    PRIOR Proton Microscope
    
    This work describes details to the principle, design and construction of the proton microscope as well as first measurements and simulations of essential components like magnetic lenses, a collimator and a scintillator screen.
    
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  - Thin Film Analysis
    Thin Film Analysis
    
    Ellipsometry is a non-destructive, optical technique for surface characterization. Imaging Ellipsometry in particular combines traditional ellipsometry with optical microscopy and thus enables ellipsometric studies with a lateral resolution down to 1µm. Therefore, it is perfectly suited to study structured or very small samples such as MEMs, FETs, Biochips or flakes of 2D-Materials.
    
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- Highspeed
  - CTS Anti-Terror Crash Tests
    CTS Anti-Terror Crash Tests
    
    Crash tests on terror defense by road blocks filmed on the premises of the CTS Crash Test Facility in Münster, Germany during a conference in October 2017.
    
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  - Nature Documentation
    Nature Documentation
    
    Blue Paw Artists has been making documentary films for international broadcasters like National Geographic, Discovery and the BBC and domestic clients including ZDF, ARTE, ARD and BR for the last 20 years.
    
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  - Inventus & AMZ Racing Crash Test
    Inventus & AMZ Racing Crash Test
    
    Crash test of the nose (crashbox) of a formula student car from AMZ Racing from the ETH in Zürich – one of the most successful teams is this series!
    
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  - High-Speed Holographic Microscopy
    High-Speed Holographic Microscopy
    
    The high-speed impact of a droplet on a bulk fluid at high Weber number is not well understood but is relevant to the production of marine aerosol by raindrop impact on the sea surface. These splashes produce a subsurface cavity and a crown which closes into a bubble canopy, but a floating layer of immiscible oil, such as a crude oil slick, alters the splash dynamics.
    
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  - EMPT Welding
    EMPT Welding
    
    With the help of a special image intensifier camera and a laser, which illuminates the joint area, a new attempt is made to visualize the impact in electromagnetic pulse welding.
    
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  - Laser Welding
    Laser Welding
    
    Filming the welding process is accompanied by an additional obstacle in addition to the high-speeds: During this process, a bright light covers the actual joint area. The bright process glare can be suppressed by a trick. As the glare is usually whitely, it can be concluded that its intensity is spread almost constantly across all (visible) wavelengths.
    
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  - Fiber Laser Mode Instabilities
    Fiber Laser Mode Instabilities
    
    The temporal behavior of mode instabilities in active large mode area fibers is experimentally investigated in detail. Thus, apart from the onset threshold of mode instabilities, the output beam is characterized using both high-speed camera measurements with 20,000 frames per second and photodiode traces.
    
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  - Health Care: Sonic Toothbrushes
    Health Care: Sonic Toothbrushes
    
    The vibration created by a sonic toothbrush ranges between 200 and 400 Hz. This means 24,000 - 48,000 movements per minute. With high-speed vibration, the sonic vibrating toothbrush can effectively clean the teeth and keep the mouth healthy. But have you ever seen how it works? What happens when it runs at high speed?
    
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  - Droplets on Waterproof Material
    Droplets on Waterproof Material
    
    High-speed imaging of a droplet shows that the droplet behaves like a ball when it falls onto a piece of waterproof material. It will be compressed and bounces into the air after it drops and hits the material. To film this amazing phenomenon, a high-speed camera that can achieve extremely low exposure time, high frame rate and most importantly high sensitivity to capture the moment is required to show you the truth.
    
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  - Synchrotron X-Ray Radioscopy
    Synchrotron X-Ray Radioscopy
    
    We use synchrotron X-ray radioscopy to study particle dynamics and analyse particle motions by applying novel image processing techniques. The aim of this work is to observe interactions between particles or particle clusters and the film surfaces, and to understand how liquid flow in films is reduced and film stability increased by such particles.
    
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  - AI Monitoring of Laser Welding
    AI Monitoring of Laser Welding
    
    With an X-ray experiment at the European Synchrotron ESRF in Grenoble (France), Empa researchers were able to demonstrate how well their real-time acoustic monitoring of laser weld seams works. With almost 90 percent reliability, they detected the formation of unwanted pores that impair the quality of weld seams. Thanks to a special evaluation method based on artificial intelligence (AI), the detection process is completed in just 70 milliseconds.
    
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- Industrial
  - EOS 3D Printing
    EOS 3D Printing
    
    Additive manufacturing is currently making a giant leap towards mass production. Technological processes have matured and industrial 3D printing has proven to be an efficient manufacturing process. EOS is launching an innovative quality monitoring solution for optical tomography. The heart of the system is the pco.edge sCMOS camera.
    
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  - Vertical Visualization of Flow Fields
    Vertical Visualization of Flow Fields
    
    Flows can be visualized by floating particles or gas bubbles. These particles or gas bubbles must be so small that they follow the flow without distortion.
    
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  - Modular Wafer Inspection
    Modular Wafer Inspection
    
    Silicon carbide (SiC) is a wide bandgap semiconductor, which is especially used for high-power, high-temperature and high-frequency devices due to its high energy efficiency. Despite great improvements in the material quality of SiC substrates and epitaxial wafers within the last years, critical defects like stacking faults (SFs) and basal plane dislocations (BPDs) can still lead to bipolar degradation and finally to complete failure of the device.
    
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