Green lasers for life science applications
Coherent has introduced two new Genesis CW green (532nm) lasers for life science applications, offering a combination of low-noise and excellent mode quality
Coherent has introduced two new Genesis CW green (532nm) lasers for life science applications, offering a combination of low-noise and excellent mode quality
Coherent has introduced the Sapphire 568, a solid-state laser with output at 568nm. The laser is available in models offering 50mW, 75mW, 100mW, 150mW and 200mW of CW output
Three new Quantum EnergyMax sensors from Coherent enable accurate measurement of laser pulse energies down to 20pJ across a broad range of wavelengths
Coherent has launched the Matrix 532-8-100, a Q-switched, diode-pumped, solid-state laser designed to deliver the best cost-to-performance ratio for demanding micromachining tasks in solar, semiconductor and medical device manufacturing
The Diamond E-150 is a new CO2 laser from Coherent, which offers greater reliability and reduced cost of ownership for applications involving processing of textiles, organic materials, plastics and even thin metals
The new Mamba, from Coherent, is a 525W (at 1,064nm), diode-pumped, solid-state laser that delivers a combination of high reliability, long lifetime and minimal maintenance downtime
The Avia 532-23, from Coherent, is a pulsed green laser that delivers high performance for cost-sensitive processes that only require moderate output power
The new Genesis 355-150 S from Coherent delivers more than 150mW of TEM00 output for flow cytometry and other live-cell bio applications
Coherent has introduced the Chameleon model optical parametric oscillator, which has been completely redesigned to provide simple access to tunable near-IR wavelengths for multiphoton excitation microscopy
Coherent has introduced a laser pulse energy sensor specifically optimised for use with medical lasers that combines high accuracy, high damage threshold, and a large active area
Proposed multi-billion dollar and euro packages look set to increase uptake of leading-edge lithography, including for photonic technologies, finds Andy Extance
Benjamin Skuse asks why, after 400 years of polishing optics, the process hasn’t been automated
Mathias Bochow, GFZ Helmholtz Centre, Potsdam, is working on the Trace project to track marine plastic. Credit: Frank Schweikert, Aldebaran Marine Research & Broadcast (www.aldebaran.org/en/)
Abigail Williams speaks to scientists tracking marine plastic using satellite spectral imagery
How the Shack-Hartmann wavefront sensing technique can be used to simply and quickly assess the quality of optical systems
A look at the market for spectroelectrochemistry and some of the products and solutions available
A look at the current market for Raman spectroscopy and some of the products and solutions available
Laser firms could really benefit from quantum computing, which should not just be reserved for the world's big challenges, finds Jessica Rowbury
As Ayar Labs secures investment to develop its silicon photonics technology, Robert Roe speaks to Hugo Saleh about the firm's plans
Matthew Dale asks whether quantum technologies are ready to be seen on the global stage at one of the world’s largest photonics exhibitions