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Physical Sciences & Engineering

At Photon Engineering we have several physicists on staff to provide the best advice for your research application. We can provide photonic components for laser physicists & engineers to build their own devices, high power lasers for materials processing research, tunable laser systems for
spectroscopy research and surface analysis, high stability lasers for MEMS applications and visible lasers for PIV and LDV investigations. Whatever you field of physical research or engineering we can provide you with numerous options to suit your budget. Below is an application matrix to help you find the ideal product, and also some useful application notes in pdf format.





Laser Application
Product Group

Nanosecond Luminescence Spectrometry

- Integrated Solutions for Laser Applications
- Tunable Laser Systems

SFG & SHG Laser Spectrometry
Picosecond Time resolved Spectrometry
MALDI-TOF Mass Spectroscopy
Semiconductor Front End Applications
(incl. wafer inspection, mask inspection, thin film metrology, PCB/LCD/PDP panel inspection)

- Diode Pumped Laser Systems (pulsed)
- Diode Pumped Laser Systems (cw)
- Argon Ion Laser Systems (cw)
- HeNe Laser Systems (cw)

Thin Films Measurement

- Diode Pumped Laser Systems (cw)
- Argon Ion Laser Systems (cw)
- HeNe Laser Systems (cw)
- Diode Laser Systems (cw)

Particle Counting Applications

- Diode Pumped Laser Systems (cw)
- Argon Ion Laser Systems (cw)
- HeNe Laser Systems (cw)
- Diode Laser Systems (cw)

Materials Processing Applications

- Diode Pumped Laser Systems (pulsed)
- Diode Pumped Laser Systems (cw)
- Diode Laser Systems (cw)
- Fiber Laser Systems (cw)
- Excimer Laser Systems
- Custom Laser Systems

Supercontinuum Generation
PIV and LDV Fluid Flow Analysis Applications
Building Laser Systems & Photonic Devices

Application Notes:

Typical spectral data using laser based SFG spectroscopy

Materials processing with Fibre Lasers & Diode Pumped Lasers

Micro-machining with next generation pico-second lasers

Laser Beam Profiling Techniques

Measuring Divergence and Collimating Lasers

Fast technique for measuring M-squared values

Development of a 2D MEMS matrix switch

VCSEL Irradiance profiles in the far field

Double Clad architectures for Fibre Lasers

 
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