News
To view Coherent | DILAS' most recent media coverage on high-power diode lasers, open the below published article and / or link.
Biomedical lasers are experiencing strong growth, with a move toward diode and fiber lasers. Current trends in biomedical laser therapeutics are characterizing the dynamic nature of this important market.
High-power blue diode lasers are becoming available that have significant advantages over traditional infrared lasers for machining metals.
Laser diodes work best when cool - different cooling approaches work best for different laser powers.
Laser diodes are efficient, narrowband, bright, and have a long life, making them the ideal laser-pump source, and can be made to produce extremely high optical powers.
Lasers are widely used throughout medicine, from diagnostic imaging and clinical testing, to surgical treatments and the latest aesthetic procedures.
With increasing power, brightness and new wavelengths on the horizon, semiconductor lasers may one day be as ubiquitous as LEDs.
Directed energy weapons first took a step towards reality in the 1980s under President Reagan’s Strategic Defense Initiative (SDI), dubbed “Star Wars” by the media.
Consumer-driven technologies breathe life into the material of choice for ultrafast lasers.
Tailored solutions of kW class high power diode laser systems.
Greg Blackman investigates the advances being made in direct diode lasers and asks whether these systems can compete with fibre lasers.
Matthew Dale Explores how Laser Projectors are Using Diodes to Produce Superior Resolution, Colour and 3D in Cinemas
A direct diode laser was built with > 800 W output power at 940 nm to 980 nm.
