Blaze I 900

One Probe

​

• Advanced CLD to track change in particle size, shape, & count

• High dynamic range turbidity to track change in solids/size loading & optical properties

• High resolution microscopy to understand the measured change at ultra-low & exceptionally high concentration

• Optional particle focused Raman spectroscopy at 532 &/or 785 nm for composition analysis​

• Bidirectional OPC UA communication with OPC compatible batch and continuous control systems

Specifications

• Trending <1.5μm*, Sizing 1.5 to 330μm, trending to 720μm

• Shape Information from <2.5µm*

• Field of View: 900μm

• Detection & Count from <900 nano-meter*

• Optical Resolution (2020): 1.10μm

• Same resolution in flowing systems (Stop Motion
  Laser Pulse <20 ns)

• Pixel Size: 0.465μm square

• Pixel/μm (Pixel Resolution): 2.15 pixels per micron

• Size Confirmed with USAF 1951 target pattern
  defined by MIL-S-150A

• Blaze has a limited volume measurement zone required for accurate population statistics

• Images per minute: 2520 typical

• Illumination:  532 nm

• Class 1 Laser Device Standard

• Optional Spectroscopy Integration

• Hardware Specifications

Optical Resolution (2020): 1.10μm

Pixel/μm (Pixel Resolution): 2.15 pixels per micron

Note: Raman integration typically switches the Blaze from a class 1m to a class 3b Laser Device.  

*Particle system size/solids loading and optical properties dependent. All optical tools are significantly impacted by the optical properties of the material under investigation, the key is to reduce these artifacts as much as physically possible.

​

• See particle-on-particle growth and more at smallest sizes.

• Measurement tools help understand detail.

Heading 2

Blaze I 900

​

Optical Resolution in a Crystallization Process

​​Eliminate the guess work. See the detail. Measure the change.