Optoelectronics
Fluxless soldering using formic acid vapor for optoelectronics
Soldering using formic acid vapour in combination with nitrogen (HCOOH + N2) offers significant advantages in assembly and connection technology for applications in optoelectronics and photonics. Especially in the field of sub-micron bonding, Tresky has introduced several products in recent months and is now presenting the formic acid module for reliable use in bonding processes at productronica 2023.
Data transmission with fibre optic in surgical robotic systems
In the medical device sector, there is a growing emphasis on surgical robotic systems designed to enhance the precision of surgeries.
Gaussian mirrors from LASER COMPONENTS
LASER COMPONENTS are specialising in the coating of Gaussian mirrors, also known as VRM (variable reflecting mirrors).
Hamamatsu new photon-counting head boosts blood testing efficiency
Hamamatsu Photonics has unveiled a new photon-counting head, the 'H10682-110W', which incorporates a state-of-the-art condenser lens.
Hamamatsu Photonics release sensitive photon-counting head with lens
Hamamatsu Photonics has developed a new photon-counting head with lens by applying our well-known capabilities in photomultiplier tubes (PMT) and optical design technology.
STEMMER IMAGING and Aetina launch ecosystem partnership
Aetina Europe and STEMMER IMAGING have announced their ecosystem partnership aimed at delivering embedded vision solutions to the market.
FRAMOS adds IR pass filter to D400e-f stereo depth cameras
FRAMOS has announced they added two new cameras, enhanced by IR pass filters, to their D400e industrial cameras series.
Adjustment free thin film polarisers
LASER COMPONETNS produces adjustment free thin film polarisers with a constantly high extinction ratio across the entire AOI range of 56° +/-2°.
SuperLight Photonics’ portable wideband laser
SuperLight Photonics has launched its new portable wideband laser, the SLP-1000, for industrial, medical, and spectroscopy applications.
How the right cameras improve the performance of conventional flow cytometers
The advent of image-based flow cytometers has created the opportunity to build cutting-edge, highly productive platforms. They help combine the high throughput of traditional flow cytometry methods with the spatial resolution of optical microscopy.