IndustryNews
Linkam’s CMS196V3 Stage Enables Cryo-Correlative Fluorescence and Electron Microscopy
Electron microscopy (EM) gives restricted insight into biological and chemical processes due to its limitations in staining and sample preparation processes. Fluorescence microscopy is a sensitive method used to detect biological, chemical, and genetic processes and events inside living cells.
Cryo-CLEM (Correlative cryo super- resolution light and electron micros- copy) brings it all together, combining the individual advantages from both fluorescence microscopy and EM by imaging the same sample location with both techniques and superimposing the complementing information.
Linkam Scientific
www.linkam.co.uk/cms196
Nikon introduces
Clarify.ai for NIS-Elements
NIS-Elements
Clarify.ai is a new microscopy tool in Nikon’s growing suite of artificial intelligence (AI).
Clarify.ai uses new Nikon technologies executed on graphic processing units (GPUs) to leverage fast and efficient clarity in images normally corrupted by blur due to out-of-focus light. It leverages deep learning, a type of artificial intelligence. It is pre-trained to recognize fluorescence signal emitted from out-of-focus planes and to remove this haze component from the image, resulting in improved signal-to-noise (S/N) ratio.
Nikon
www.healthcare.nikon.com/en/news/topics/
20200714001.html
Olympus and Metal Analysis Group to Deliver API RP 578 Training
Olympus and Metal Analysis Group announced a collaboration to offer API RP 578 global training courses for alloy verification and positive material identification (PMI) experts who want to sharpen their skills, advance their careers, or earn their certificate of completion. Using the right alloy component is critical to help prevent accelerated corrosion or part failure. API RP 578 provides guidelines for a material and quality assurance system to verify the composition of alloy components in new and existing piping systems.
Olympus
www.olympus-ims.com/en/news/olympus-and-metal-analysis- group-to-deliver-api-rp-578-training/?utm_source=ims_email&utm_ medium=email&utm_campaign=metal-analysis-group-pressrelease
Olympus and Cytosurge Collaborate to Deliver a Complete Single-Cell and CRISPR Genetic Manipulation Solution in the Americas
Olympus, a leading manufacturer of high-end
Cytosurge,
research a
microscopes, and precision manufacturer of cell manipulation technologies, have
entered a co-marketing agreement to become a complete system provider to the scientific community’s growing need for next- generation single-cell and CRISPR genetic manipulation solutions. Te partnership provides potential to blend Olympus optical technologies with Cytosurge high-precision cell manipulation technologies.
Cytosurge AG and Olympus
www.Olympus-lifescience.com,
www.cytosurge.com
54 doi:10.1017/S1551929520001431
Vision Engineering Upgrades Digital Marketing Presence in Three Global Territories
Vision Engineering Ltd., a 62-year-old British leading designer
and manufacturer
of high-quality ergonomic inspection, digital 3D visualization, and visual measurement technologies, has launched a new website platform for manufacturing industry professionals in three of its global territories. Te site offers product and service information plus a rich library of learning materials for a wide range of market sectors.
Vision Engineering Ltd.
www.visioneng.com
LUCID Vision Provides Multi-Purpose GigE Vision Cameras
LUCID Vision Labs, Inc. designs and manufactures innovative machine vision cameras and components that use the latest technologies to deliver exceptional value to customers. Our compact, high-performance GigE Vision cameras are suited for a wide range of industries and applications, such as factory automation, medical, life sciences, and logistics. LUCID Vision Labs innovates dynamically to create products that meet the demands of machine vision for Industry 4.0.
LUCID Vision Labs, Inc.
www.thinklucid.com
Linkam THMS600 Stage Used by University of Glasgow to Study Laser-Induced Phase Separation
A team of scientists set out to understand how and why lasers trigger crystallization and how changes made to the properties of the laser could influence which crystal form would be generated. Researchers working with Prof. Klaas Wynne of Te School of Chemistry at
the University of Glasgow have used the Linkam THMS600
temperature-controlled stage to explore phase transitions in mixed liquid systems and laser-induced nucleation.
Linkam Scientific
https://bit.ly/LInkam-GlasgowArticle and
https://www.nature.com/articles/ s41557-018-0009-8
RPMC Fundamentals of Confocal Raman Microscopy
RPMC announces the release of the white paper “Fundamentals of Confocal Raman Microscopy.” RPMC focuses on the optical design of a confocal microscope and how that affects the performance of the system. It explains why the 532 nm single longitudinal
mode (SLM) diode-pumped solid-state (DPSS) laser from Oxxius, with excellent TEM00 beam quality, is an ideal source for integration into confocal Raman microscopes.
RPMC Lasers
https://blog.rpmclasers.com/white-papers/fundamentals-of-confocal-raman- microscopy
www.microscopy-today.com • 2020 November
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