Non-Explosive Environment Basic
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Milli | 5.2mm dia. FoV
Micro | 900µm dia. FoV
Meso
Meso+
Micro
Milli
Image Courtesy
of J-Star Research
Meso+ | 400µm dia. FoV
Meso | 230µm dia. FoV
Microscopy Field of View (FoV) Options
Receive customized details on your chosen configuration
If you do not know which configuration is best for you, inquire below and we will reach out for further discussion!
Thank you for your inquiry! We will get back to you as soon as possible.
For further details please fill out our contact form or email us at Info@BlazeMetrics.com
1M Microscopy
1M Laser Classification: Considered non-hazardous. First generation Blaze Microscopy tools are rated 1M. Hazard increases if viewed with optical aids, including magnifiers, binoculars, or telescopes.
3B Microscopy
3B laser classification: Typical Raman systems are rated Class 3B. 3B indicates immediate skin hazard from direct beam and immediate eye hazard when viewed directly. The advantage of High Power 3B Illumination for Microscopy is the ability to see fainter particles.
Note on Resolution Target Comparisons: It is typical for the microscope industry to utilize reference targets such as the 1951 AF Standard Target above to compare 2d resolution. For more information, please contact Blaze and/or visit: https://en.wikipedia.org/wiki/1951_USAF_resolution_test_chart
Note:
1) All BlazePAT systems are acquiring data at 14-bit (16,384 steps of gray from black to white). Most Monitors (desktop or laptop) or Projectors limit the Black and White images displayed to 8-bit (256 steps of gray), which in turn limits image acuity (feature resolution, i.e. secondary nucleation forming on a larger crystal or cell growth on an adherent substrate).
2) Blaze Microscopy is acquiring raw images in UHD. Pixel resolution (pixel per micron) is key both on the sensor as well as the monitor where the images are displayed. The image pixel count per micron shown on a UHD display is 4 times higher than the count on a Full HD. This can substantially improve the visualization of small features, particularly when zooming in. Note this improved sensor resolution also significantly improves the signal to noise of the information used to derive both HDR CLD based Particle Size/Count and HDR Turbidity.
Blaze Resolution in 2D Space
The conduit disconnects at the enclosure for Pilot Production systems. The enclosure can then be used with a different probe & conduit.
NOTE: The probe that is no longer connected to an enclosure but still in a reactor must be considered for temp, pressure, & material compatibility for anything running in that reactor.
This capability allows the user to swap between:
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A choice of probes with different Field of View/Resolution and/or
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A choice of probes with different dimensions, i.e. 276mm vs 461mm.
This capability, much like switching microscope objectives, allows a single BlazePAT system to appropriately address a wider range of application at a greatly reduced cost over purchasing a second system.
Probe Length Options
Note: only one probe dimension can be selected at a time
630 mm Immersible
820 mm Immersible
820 mm Immersible
765 mm Immersible (Milli Only)
400 mm Immersible
Second Interchangeable Probe Addition
Select a FoV, Polarization option (if available with FoV), & Probe Dimension for a second interchangeable probe
Sanitary
630 mm Immersible
820 mm Immersible
820 mm Immersible
765 mm Immersible (Milli Only)
400 mm Immersible
Sanitary