The new device's key advances are what Marandi describes as dispersion engineering—shaping how different wavelengths of…

The development of the MOIL-TISE system on a single integrated chip is discussed in a new paper published in the journal

ACS streamlines setup through dual-camera real-time previews, LiDAR-assisted autofocus, and smart material recognition w…

Achieve Greater Stability in Spectroscopy and Precision Metrology

With a 250 mA laser diode current capacity, this instrument delivers low noise, stable output power, and

OPTIS™ is a complete autonomous system that delivers high-resolution 3D perception of the physical world and enables rea…

With a clean and ultra-stable output at 1030 nm, the SONATA 10-40 delivers exceptional performance – enabling advanced t…

Researchers demonstrate how harmonic mode-locking builds up in fiber-based Mamyshev oscillators, unraveling the dynamics of laser emission

They identified five distinct ultrafast phases that occur between the injection of seed pulses into the laser cavity and…

The laser incorporates a special design that minimises light leakage.

To reduce light loss due to leakage, scattering and radiation, the researchers designed a laser cavity that combines con…

The custom-built laser system, called the Light Wave Synthesizer 100, spans 11 metres in length and 1.5 metres in width…

Enabling technology for a growing number of quantum applications by delivering unmatched frequency stability for scalable quantum computing and secure communications.

The LXM-U, the latest in indie’s portfolio of narrow-linewidth semiconductor lasers, is exceptionally suitable for quant…

Laser beam welding for difficult-to-control material combinations: LZH researchers develop a reliable and efficient process for steel-aluminium dissimilar joints as part of the FOLAMI project.

LZH researchers have developed a reliable and efficient method for laser beam welding of

Designed for equipment manufacturers using laser drilling with high-dynamic point-to-point motion, DrillOptimizer tackle…

Robotics engineers at the University of Würzburg have developed a novel 3D laser scanner system for precise plant analysis in the field for the Leibniz Institute for Agricultural Engineering and Bioeconomy in Potsdam.

The sensor system works on the principle of structured light: It projects three wavelengths onto the plants. The reflect…

This model delivers up to 200W of average power and over 1.5 mJ of single-pulse energy at 1030 nm, packaged in a compact

Near-infrared lasers are widely used in material processing, particularly for metals and plastics. The SLM-310 spatial l…

The LEAP 600C is engineered to address the accelerating demand for

Passive mode stability by hermetical sealing for transportable applications

The DL pro is a reliable ECDL laser for almost all wavelengths between 369 nm and 1770 nm. With power up to 400 mW and

The new In-Line Multimode Fiber Speckle Homogenizer addresses a common challenge in multimode fiber coupled applications…

The technique measures time differences or changes in the wave phase between the light emitted from the laser and what i…

uOttawa researchers demonstrate new laser power converters to transmit power to further, remote destinations.

This significant step forward in the development of photonic power converters – devices that turn laser light into elect…