Hamamatsu Photonics Europe

Laser sintering is a relatively new technology that uses lasers as efficient thermal energy sources for sintering metal particle-based inks. Discover how Hamamatsu Photonics has been assisting the printed electronics industry through extensive testing, with the support of partners, to find the optimal sintering conditions for different ink and substrate combinations.

Hamamatsu Photonics Europe

Explore the technology behind CMOS sensors and their increasing popularity in spectroscopy techniques. Thanks to their energy efficiency and easy integration, Hamamatsu Photonics’ CMOS image sensors are adapted to meet the evolving applications of water analysis, food inspection, and industrial position detection. Learn more about how Hamamatsu’s CMOS technology is aiding industrial, analytical, and spectroscopy markets

Hamamatsu Europe

Photodiodes. Uncover why their characteristics, such as high sensitivity and low dark current, make them a crucial type of sensor in applications such as medical and scientific measurements, analytical, fire safety, optical communications, photovoltaics, and automation.

Hamamatsu Photonics Europe

Precision is crucial in laser technology, with advancements in beam shaping, essential for enhancing efficiency. Explore the capabilities, applications, and technical specifications of Hamamatsu Photonics’ Liquid Crystal on Silicon Spatial Light Modulator (LCOS-SLM) X15213-19. Optimized for Thulium lasers and designed specifically for the 1850-2050 nm spectral range, explore how this technology has the potential to transform industrial and medical applications.

Hamamatsu

Distance image sensors are emerging as ideal enablers for various applications, such as gesture detection and people counting. These innovative sensors, utilizing advanced Indirect Time-of-Flight (TOF) methods, offer precise and real-time distance measurements. From enhancing security systems to transforming automated environments, the distance image sensor’s versatility paves the way for more intuitive and efficient interactions between machines and humans.

Hamamatsu

Discover how integrated photodetectors and near-infrared LEDs impact factory automation to increase factory efficiency. Our recent publication offers an insightful exploration of the latest technologies advancing Industry 4.0, boosting productivity, and reducing operational costs. Enhance your manufacturing operations with better precision, safety, and reliability.

ADMESY

In recent years new display technologies have emerged. OLED displays, TFT’s with quantum dot technology or laser projectors offer brighter and more saturated colors than possible before. To achieve consistent colors across different displays, colorimetric calibration of the displays is essential.

PowerPhotonic

Demand for use of laser beam welding in the manufacture of EV batteries and fuel cells is increasing, with growth in demand expected. This white paper has featured a case study in which PowerPhotonic freeform beam shaping technology brings advances in key aspects of laser welding for EV applications: improving the weld process, making welds stronger and with lower spatter: ultimately making EV systems safer for all. Contact PowerPhotonic to start your collaborative journey to improved laser welding.

Optikos

Is your build-to-print project build ready? Find out with this free Optikos Manufacturing Readiness Checklist. This checklist from Optikos Corporation is intended to be a planning tool to help you gauge the build-to-print readiness of your product. Download the checklist here

Optikos

Today’s microscopy systems push the limits of performance and engineering. The advent of digital microscopy and computational processing means, whether using a manual laboratory microscope or a high-throughput automated platform, instruments are expected to produce excellent image quality across a large FOV and across a range of wavebands. To understand the performance limits of cutting-edge optical systems you need high-quality, reliable, and precise metrology systems.