Particle, droplet and bubble size measurement, spray pattern analysis, flame and weld viewing and PIV. Our advanced systems let you see what's really happening.
Spray Pattern and Plume Geometry Measurement
Spray Pattern Measurement Systems are used for characterization of many types of spray including: nasal sprays, MDI (metered dose inhaler), DPI (dry powder inhalers), agricultural, water, paint, fuel injectors and domestic aerosols. Spray patternation systems capture images of the spray and calculate its pattern, cone angle / plume geometry and time evolution. Optional software and hardware allow droplet size measurement and velocity measurement. read more »
| Attachment | Size |
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| Related paper - Implementation of BABE guidelines in spray characterization - Murphy et al | 643.06 KB |
Online Spray Droplet and Particle Size Measurement
When you need to measure the size and shape of your particles, droplets or bubbles, turn to image based analysis for size distribution measurement. Our online droplet sizing systems capture high-speed images of a particle cloud, spray (e.g. for water droplet size measurement) or bubble stream to give the drop size. In addition to measuring the particle diameter distribution, Oxford Lasers imaging systems also provide real-time shape and velocity analysis.
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| Attachment | Size |
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| Related paper - Pneumatic Atomization of Laundry Detergent Slurries (ILASS 2007) | 726.58 KB |
| Related paper - Droplet Size and Velocity Measurements (ASME 2003) | 453.53 KB |
Particle Image Velocimetry (PIV)
Particle Image Velocimetry systems are used for flow velocity measurements in liquids and gases. In addition to supplying conventional 2D PIV, stereo PIV, micro PIV and High speed (Time Resolved) systems, Oxford Lasers supplies stand-alone dual pulse and high repetition rate lasers, cameras and PIV software. These systems can also be used for flow visualization. read more »
Look Through the Blinding Welding Glare
Flame penetration imaging can be used to take movies through flames, arcs and explosions. When an arc or laser welding process is imaged with a normal imaging system, the high brightness of the plasma saturates the camera and no detail can be seen. VisiWeld systems eliminate the glare to give a clear image of the weld process. read more »
| Attachment | Size |
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| VisiBrite Application Note | 136.17 KB |
High Speed Imaging
Enhance camera performance with short-pulse laser illumination to freeze the motion of fast-moving subjects. read more »
| Attachment | Size |
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| Related paper - High Speed Imaging by A. Whybrew | 451.5 KB |
| Related paper - Imaging of Fuel Injection ILASS 2004 | 472.24 KB |
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