Microscopy Product Vendors Excelitas Technologies
Tel: (+1) 800-775-6786 Email:
photonics@excelitas.com
https://www.excelitas.com
X-Cite® Fluorescence Illumination Solutions
Email:
x-cite@excelitas.com
APPLICATIONS: • Digital Pathology or Virtual Microscopy • Fluorescence in Situ Hybridization (FISH) • Fluorescence Resonance Energy Trans- fer (FRET) • Live Cell Imaging • Optogenetics • Photoactivation
FEATURES: X-Cite offers innovative and reliable fluorescence illumination solutions for researchers and OEM integrators, with the high power, control and stability required for their applications.
https://www.excelitas.com/product-category/x-cite-illuminators Additional products…
Optem® FUSION Micro-Imaging System
Email:
photonics@excelitas.com APPLICATIONS: Machine vision • Variable magnifi- cation imaging • Non-contact optical dimensional metrology •OEM integrated microscopy • Auto- mated Optical Inspection
FEATURES: Optem Lenses feature interchangeable Mounting, Camera Tube, Optomechanical Function and Lower Magnification modules to enable users to configure their exact form, function and perfor- mance requirements.
https://www.excelitas.com/product/optem-fusion-micro-imaging-system
mag.x System 125 Email:
photonics@excelitas.com
APPLICATIONS: • Technical microscopy • Flat- panel display inspection • Semiconductor inspec- tion & processing • Widefield biomedical imaging • Micro measurement & metrology • Scientific R&D
FEATURES: The mag.x system 125 represents a new class of optical systems that enables microscope- like resolution with wide fields-of-view supporting modern high resolution sensors up to 57 mm diam- eter.
https://www.excelitas.com/product/magx-125-widefield-microscope- system
iFLEX Diode Lasers
Email:
photonics@excelitas.com APPLICATIONS: • Confocal microscopy • Optoge- netics • Flow cytometry • Test & measurement • Biomedical imaging & instrumentation
FEATURES: iFLEX Lasers deliver exceptional power stability with low amplitude noise. kineFLEX™ fiber delivery options ensure stable intensity with sub- micron positional accuracy and streamlined system integration.
https://www.excelitas.com/product-category/iflex-lasers
www.expresslo.com
Companies and their Products EXpressLO LLC
Tel: +1-321-663-3806 Email:
info@EXpressLO.com
www.EXpressLO.com
Nicola G2/G2F ex situ lift out and micromanipulation system
APPLICATIONS: ex situ lift out • micromanipulation • particles, fibers, thin films • backside or plan view manipulation • FIB/SEM/TEM specimen preparation
FEATURES: EXpressLO™ patented grids and meth- ods allow fast, easy, and flexible manipulation of FIB lift out specimens, fibers, particles, thin films, CNTs, and more.
https://www.expresslo.com/
ex-situ-lift-out-systems.html Additional products…
Praxis™ 3D Printed Samples
APPLICATIONS: ex situ lift out • in situ lift out • manipulation practice and training • reduce FIB costs for practice and training • access to an array of many samples
FEATURES: The patented Praxis™ 3D printed speci- mens can be used for EXLO or INLO methods, for training, practice, and educational purposes.
https://www.expresslo.com/
praxis-.html
EXpressLO-Z™ Grids APPLICATIONS: ex situ lift out • in situ lift out • reduce fluorescence • eliminate elemental overlaps • heating experiments
FEATURES: The patented EXpressLO-Z™ nano- crystalline diamond grids can be used for EXLO or INLO to avoid fluorescence or elemental overlaps between the grid and specimen. Available in half- grids or full 3 mm grids.
HREM Research Inc.
Tel: (+81) 03-5213-4689 Email:
support@hremresearch.com https://
www@hremresearch.com
DigitalMicrograph Plug-ins
APPLICATIONS: STEM and EELS Deconvolution; Strain Mapping from TEM/STEM images, STEM Moiré or Dark-field Holography; Noise Filters for TEM/STEM images, Scan Noise corrector, MSA for SI data; Phase Reconstruction from HRTEM, DPC or 4D-STEM, Live Electron Holography, and more.
FEATURES: Our DigitalMicrograph plug-in Suite for Quantitative Electron Microscopy will help you to obtain quantitative information that has not been accessible in the past, from your data taken from an electron microscope.
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