The new TruDiode 4506, engineered by TRUMPF, will convince users with its unwavering beam quality at high power. It also features a compact and modular design and processes that are energy-efficient.

With its efficiency of up to 40 percent, the new TruDiode 4506 is superbly energy-efficient and thus is well suited for…

Instead of helium, Gigaphoton has developed, for the first time in the world, the purge process that uses nitrogen, an i…

The first compact laser module with a 50 W optical output

For the first time there is a compact laser multi-chip package. Osram Opto Semiconductors can pack up to 20 blue laser c…

A million times better

Nonlinear optical materials are widely used in laser systems. However, high light intensity and long propagation are req…

Prima Power Laserdyne has made significant investment over the past several months in developing process and system capa…

Peak Performance of Pulsed Laser Diodes at 650 W

LASER COMPONENTS Canada has set a new world record with its pulsed laser diodes at 905 nm, peak power levels of up to 65…

New technology for carving light into Gorilla® Glass could let manufacturers pack more apps into new real estate: the display glass itself

A new laser-writing technique that embeds smartphone display glass with layer-upon-layer of see-through sensors—enabling…

The product line COMPACT-EVOLUTION offers a unique platform combination of small physical size, ease of use and operatio…

Demand is rising for high-definition and power-efficient low-temperature polysilicon or LTPS backplanes being the foremo…

At the Vienna University of Technology a system of coupled lasers has been created which exhibits truly paradoxical behaviour: An increase in energy supply switches the lasers off, reducing the energy can switch them on.

At the Vienna University of Technology a system of coupled lasers has been created which exhibits truly paradoxical beha…

Using miniaturized laser technology, a tiny sensor has been built at the Vienna University of Technology which can test the chemical composition of liquids.

They are invisible, but perfectly suited for analyzing liquids and gases, infrared laser beams are absorbed differently…

Selective laser melting is a powder-based, additive manufacturing process where a 3D part is produced, layer by layer, u…

With precarious particles called polaritons that straddle the worlds of light and matter, University of Michigan researc…

These three new multi-purpose workstations are all based on the well-established MPS Flexible and fulfill the specific requirements of our customer base.

It's only two years now since ROFIN released the MPS Flexible which has satisfied the demanding market for multi-purpose…

The interface allows for modulation either by analog or digital methods. In addition, the digital electronics allow grea…

Researchers at the National Institute of Standards and Technology (NIST) have developed a laser-based instrument that ge…

MIT/NASA Lunar Laser Communication Team to Present First Report on Record-Shattering Earth-to-Moon Uplink and its On-Orbit Performance

If future generations were to live and work on the moon or on a distant asteroid, they would probably want a broadband c…

TOPTICA introduces a new family of continuously tunable diode lasers

The new family of CTL diode lasers permits mode-hop free tuning across the full gain spectrum of the integrated laser di…

Delivery of First Guide Star Laser Accepted by ESO.

Over the course of the last three years, TOPTICA has developed a new generation of sodium guide star lasers to be deploy…

New ways of shaping ultra short laser pulses have been found at the Vienna University of Technology: An “optical synthesizer” increases the intensity of attosecond light flashes.

New ways of shaping ultra short laser pulses have been found at the Vienna University of Technology: An “optical synthes…