S E T s c a n® Optical Patternator
The patternator is an instrument made for testing the pattern of spray from a nozzle. It replaces mechanical patternation and its high speed and elevated resolution allow it to be used for a variety of critical applications where the uniformity and pattern of sprays is important. The technology was developed by En’Urga Inc. and is covered by U.S. Patent 6184989.
- Suitable for quality control under production levels and in factory environments.
- Very low user maintenance and minimal user training required.
- Characterize spray in only 3 seconds.
- Characterizes most fluid sprays and even small particulates up to very high flow rates.
- Reliable and accurate quality control instrument means quick Return on Investment.
Research and development and quality control of:
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The package comes with the following items.
- SETscan patternator
- Data acquisition system consisting of desktop computer with the data acquisition boards and SprayQC software pre-installed
- Data and power cables and a user manual
- Accessories can be provided based on customer requirements.
The OP series of optical patternator has 6 lasers and 6 linear detector arrays arranged in a circular configuration. The light from each laser is converted onto a collimated sheet (parallel edges) and six sheets intersect to form a domain where a spray pattern is determined. Extinction of the domain by a spray is measured by all six detectors providing extinction vs. pixel number for each axis a thousand times a second. The six view angles, combined with the fast data acquisition rate of 1000 Hz, enable an accurate, high-resolution image of a cross section of a spray.
Accessories can be provided based on customer requirements.
All of En’Urga’s products are custom-made. Please provide details in the Contact Form for any modifications of performance specifications, or any change in the physical configuration of the desired instrument. A description of your application is helpful.



1291 A, Cumberland Avenue, W.Lafayette, IN, 47906
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