Next generation flow cytometry Lasers have been historically the key light sources utilized in flow cytometry due to their ability to deliver the precise amount of energy needed to trigger the Stokes shift, which is the key phenomena underlying flow cytometry operation. For the same reason lasers and optical system in general are referred to as the “heart of flow cytometer”, since they are the integral component initiating the instrument operation. To ensure smooth and repeatable flow cytometer performance laser source needs to exhibit excellent
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Published in: SPIE LASE 2021 Authors: Juha Lemmetti, Niklas Sorri, Ilkka Kallioniemi, Petri Melanen, Petteri Uusimaa Published in: SPIE LASE 2021 Authors: Juha Lemmetti, Niklas Sorri, Ilkka Kallioniemi, Petri Melanen, Petteri Uusimaa LiDAR sensors have gathered lot of interest in the field of autonomous driving. Still, the offering of mass-produced, small form-factor all-solid-state LiDAR sensors remain scarce. Furthermore, most of the sensor applications are currently designed for short-range (<50 feet) and medium-range (50-300 feet) applications. There’s a requirement for an efficient solution for long range LiDAR sensor that can be used to monitor the road in front of the vehicle. It must
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Presented in: SPIE BIOS 2021 Authors: Elias Kokko, Robert Perttilä, Lasse Orsila, Zoe Ylöniemi, Johannes Kivelä, Petteri Uusimaa Presented in: SPIE BIOS 2021 Authors: Elias Kokko, Robert Perttilä, Lasse Orsila, Zoe Ylöniemi, Johannes Kivelä, Petteri Uusimaa There is a demand for a robust and flexible illumination and screening instrument for preclinical light-sensitive drug development and optogenetic research. While there is a great selection of different types of commercial plate readers available on the market, these instruments do not provide enough versatility for high-throughput illumination experiments. In addition, plate readers typically utilize xenon flash lamps or LEDs for sample analysis, which have wider spectral output and lower excitation powers
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ML8500Automatic Biomedical Illumination SystemML8500 is the world's most versatile illumination device for in-vitro studies. ML8500 can support up to 7 different wavelengths simultaneously, flexible control of illumination parameters, and built-in incubation chamber for cells studies in normoxic and hypoxic conditions. Researcher operating ML8500 at Modulight's Biomedical Laboratories Request quotation! Automatic system for illuminating well plates ML8500 is a great tool for sequential illumination of multi-well sample plates and optional fluorescence imaging/measurement. Prepare your samples, load into ML8500, and fully automatic system takes care of the
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