Analytica-world Newsletter
April 11 2023
Dear Serge,
Welcome to the analytica-world news. In this edition of the newsletter, we present you with a novel microscope objective inspired by mussel eyes that can be produced much more cost-effectively, as well as a method for characterizing nanomaterials. As always, we also provide you with updates on product news and developments in business and science.
Scallop Eyes as Inspiration for New Microscope Objectives
New lens can be produced much more cheaply and offers equivalent or even better image quality than conventional lenses
Neuroscientists at the University of Zurich have developed innovative objectives for light microscopy by using mirrors to produce images. Their design finds correspondence in mirror telescopes used ...
 
International Research Team Develops Method to Characterize Nanomaterials
 
Making rare cell types visible
Researchers are developing a new method ...
 
Instrumental elemental analysis: A silent star turns 125
Why the method is today still a booster for innovation ...
Products
 
The New Standard in Adhesion and Cohesion Testing
Materials Testing According to ISO 4624, DIN EN 15870 and More ...
 
The extremely quiet, efficient, oil-free vacuum pumps of the HiScroll series
Covers many applications in the field of analytics, industry or research & development ...
 
FT-NIR Process Monitoring: Keeping an eye on your process
Measure key process parameters for real-time reaction monitoring and control ...
 
The Analyzer 4 You - novAA 800-Series
The reliable all-rounder, making routine analysis efficient and cost-effective ...
 
Fully automated Kjeldahl analyser with advanced digital capabilities
Accurate results with fast turnaround time and easy data handling ...
 
Overcome unexpected interferences, reduce detection limits and improve data quality
Ultralow limits of detection with simplicity - even for the most challenging analytical applications ...
 
Pure Chromatography Systems
Space-saving with maximum safety and maximum precision ...
White papers
 
Tracking Polymorph and Crystal Morphology using Non-Invasive In Situ Analysis at Small Scale
Looking to accelerate the development of drugs to market with very little material? Learn more. ...
Our analytica network
 
 
 
 
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