DMi8 A
Inverted Microscope for Industrial Applications Leica DMi8
Leica DMi8 A – The Automated Allrounder
The automated Leica DMi8 A is the tool of choice for demanding research applications and for novice operators alike. The automated features help to increase efficiency, create precise and reproducible data, and minimize the risk of errors.
Use the open microscope platform to adapt it to your specific tasks. Leica Microsystems invites you to create your personal version of the Leica DMi8. You have all the functions at your fingertips to stay ahead – and the option to add the components you may require in the future.
Request information about DMi8 A now
Inverted microscopes: DMi8 A
Inverted Microscope for Industrial Applications Leica DMi8
Product classification DMi8 A
Product categories
Applications
Manufacturers of similar products
Find more inverted microscopes and related products
ParticleScout by WITec
Find particles automatically, classify them precisely and identify them easily with Raman microscopy
Accelerated and extremely precise analysis of microplastics, pharmaceutics and foods or beverages
alpha300 R by WITec
3D Raman microscopes with unequalled speed, sensitivity and resolution
Visualize and characterize every chemical detail
LUMOS II by Bruker
FT-IR microscopy in the fast lane - the LUMOS II
One infrared microscope for all
DM8000 M & DM12000 M by Leica
See More, Detect Faster
High-throughput Inspection Systems
Apreo 2 Scanning Electron Microscope by Thermo Fisher Scientific
Apreo 2 SEM: Scanning Electron Microscope with Impressive Resolution Specifications
Unmatched versatility powered by ChemiSEM Technology
Ivesta 3 by Leica
New stereomicroscope unites high resolution with great depth of field
You get reliable results faster, thanks to clearer images
JEOL SEM Series by JEOL
Scanning electron microscopy: Flexible systems for research and industry
From benchtop devices to FEG-SEM: customised solutions for precise analyses
HYPERION II by Bruker
FT-IR and IR laser imaging (QCL) microscope for research and development
Analyze macroscopic samples with microscopic resolution (5 µm) in seconds
