The Firefly high speed imaging laser has proved exceedingly popular since we launched it last year and we're now able to announce that it has been upgraded to offer 300W laser pulses. This increases the range of applications that the laser can be used in and means that larger areas or faster flows can be imaged successfully.
As part of our spray pattern, particle sizing, PIV, weld viewing and high speed imaging systems, the Firefly has been used in a huge range of industries including nuclear, pharmaceutical, aerospace, fire suppression, and renewable energy. read more »
Elliot Scientific has been signed by Oxford Lasers to promote its Alpha table-top Laser Micromachining System. Cutting, milling and drilling operations are carried out by sophisticated yet easy to use software on metals, ceramics or polymers within a compact Class 1 enclosure. read more »
Oxford Lasers announces our newest laser micromachining system, the Alpha. This truly capable system contains all of the advantages associated with Oxford Lasers' larger systems in a compact footprint. read more »
We are delighted to announce the launch of our new high speed imaging laser - the Firefly.
Designed from the ground up to be a versatile, powerful illumination source for many high speed imaging tasks, including PIV, flow visualisation, spray patternation, weld imaging and particle sizing. With pulse durations as short as 500ns, and repetition frequency up to 10kHz, the laser enhances your high-speed camera's capabilities. read more »
Oxford Lasers has released the latest generation of its fully integrated Envision Pharma system solution to generate FDA compliant data for pulmonary device development. Aimed at manufacturers and testers of pMDIs, DPIs and Nasal sprays, it offers automated spray pattern and plume geometry measurements.
The system gives full compliance with FDA 21 CFR pt. 11 requirements and is designed with GMP in mind. Envision Pharma is available in both manually operated and automatically actuated versions for complete flexibility with different devices and lab requirements in mind.
The R&D version offers additional capability including collecting high-speed movies of device actuation allowing flow-visualisation and flow-velocity measurements to be carried out.
