Hybrid Photon Counting Detectors for Crystallographers
Learn how hybrid photon counting detectors work as well as their advantages over older detector technologies, using examples and case studies.
Optimising Oilseed Yield Using NMR
Optimising oilseed yield can bring commercial advantages and operational efficiencies. NMR is a fast & convenient method for optimising yield.
Fundamentals of Industrial Radiography
This handbook is an excellent reference for anyone involved in or interested in industrial radiography. Download your copy today!
DELMIC and DENSsolutions Win 2021 Microscopy Today Innovation Awards
Microscopy Today is an internationally distributed trade magazine produced by the Microscopy Society of America. Each year they recognise ten organizations or individuals who have launched or published innovations in ...
2PP – 2 Photon Polymerisation Technology for High-Speed, High-Resolution 3D Printing
When it comes to speed and resolution, 2 photon polymerisation (2PP) technology stands head and shoulders above other 3D printing technologies.
Large Volume Electron Microscopy for Life Science Applications – A Next Generation Workflow
FAST-EM from DELMIC achieves large volume electron microscopy for life science. Image biologicals in a fraction of the time of normal SEMs.
Benchtop NMRs – Bringing NMR Spectroscopy within Reach of More Labs
Benchtop NMRs perform many of the analytical tasks normally carried out using high field (superconducting) instruments.
WEBINAR – In situ Probing and Manipulation at the Nanoscale within Your SEM
Being able to perform probing and manipulation at the nanoscale in situ within your SEM can open up new araes of research & characterisation.
WEBINAR – Practical Applications of Benchtop NMR Spectroscopy
On-demand webinar Since their introduction around six years ago, benchtop high resolution NMR spectrometers have grown rapidly in capabilities and performance to the point where they now can perform a ...
WEBINAR – Dynamic 4D Computed Tomography in Materials Engineering
On-demand webinar – Dynamic 4D Computed Tomography in Materials Engineering