Fraunhofer project for better recycling processes of paper packaging
The integration of optimized short-wavelength infrared (SWIR) lenses enables the recovery of more recyclable plastics from waste streams.
Engineered for use in thermal imaging, FT-IR spectroscopy, CO2 laser and defence applications.
Founded in 1987, the Erding-based company initially started off by offering service and spare parts sales for commercial ICP spectrometers
A small start-up business in Finland, Sensmet, has developed an online monitoring technology that promises a step-change improvement in both the manufacturing and recycling of battery metals.
Simultaneous measurement of oxygen and carbon monoxide or methane concentrations for optimum combustion control in heating furnaces
The DCS24000 analyzer from Analytik Ltd has been found to be a powerful tool for the physicochemical characterization of small nanoparticles, allowing various applications in nanomedicine.
Two separate syringes can be simultaneously driven
Thanks to a technical innovation, it is made possible to drive two separate syringes simultaneously
The H2020 project was financed with EUR 8.4 million. The objective is to develop an AI platform for the monitoring and analysis of mine sites across Europe using earth observation technologies to improve safety, environmental impact and profitability
The new "Easy Click" pump competes with easy and fast changing of the tubing
Markus Fabich, strategic marketing manager at Olympus Europa reviews 100 years of history. Achievements and vision were discussed
Fixed-focus germanium lenses with anti-reflection coatings
Single chip solution for biological and chemical sensing applications
Double encapsulation for longer lifetime
For quantum research, spectroscopy, and component testing, featuring the highest channel density and the lowest trigger latency
It provides a comprehensive solution for pulsed measurement protocols, by integrating signal generation and detection into a single box
The proprietary platinum-based MEMS chip technology guarantees excellent accuracy and repeatability in combination with high speed and an extended dynamic range
Axetris mass flow controllers (MFCs) have been employed by the Swiss Federal Laboratories for Materials Science and Technology (Empa) in its research laboratory at the Jungfraujoch High Altitude Research Station
Detection of gas concentrations by means of infrared spectroscopy
Helps to reduce maintenance costs
For photoacoustic imaging
For nonlinear microscopy & spectroscopy
With 532, 785 and 1064 nm center wavelengths
with output powers up to 300mW
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