News

The 19^th International Microscopy Congress, the biggest microscopy event of the year, finished last week, and it was a great success for Delmic! Five members of our team visited Sydney to perform live demonstrations of the SPARC and SECOM, give scientific presentations and have discussions with prospective customers. 

Integrated Superresolution CLEM is proving to be a revolutionary method for understanding biological systems. Superresolution (SR) correlative light imaging technique provides highly accurate correlation of fluorescent proteins with cellular structure. The new application note focuses on the benefits and possibilities of The SR-iCLEM (superresolution integrated CLEM) technique.

In our recent post, we announced that Delmic will present the new imaging modes of the SPARC system during the IMC19: time-resolved cathodoluminescence imaging(g⁽²⁾ and lifetime mapping). Our last technical note focused on the lifetime mapping, and today we prepared another technical note, which focuses on the cathodoluminescence g⁽²⁾ imaging.

If you are coming to the IMC19, which begins in only 10 days, you are probably busy with arranging your schedule to make sure that you don’t miss any interesting talks, presentations and demonstrations. We are happy to tell you, that Delmic’s application specialists will be giving the talks during the IMC19 too and we would like to invite you to attend them!

The big event of September, 19th International Microscopy Congress will start in less than three weeks, and we are very excited about it. A big part of our presence at IMC19 will be dedicated to the demonstrations of our SPARC and SECOM systems, both of which will be installed on the Scanning Electron Microscope S8000 provided by TESCAN.

While we are getting everything ready, we made a short video, which sums up what we will be during the IMC19. In the video, our team members explain why it is worth coming to our stand (47-50) and registering for the live demonstrations. 

During the IMC19 in Sydney Delmic will present new imaging modes of the SPARC system: time-resolved cathodoluminescence imaging(g⁽²⁾ and lifetime mapping). Measurements acquired with these imaging modes can be extremely valuable for a large range of applications. The new technical note explains the mechanism of the lifetime mapping and its possibilities for various applications. 

For the last few months Delmic has been preparing for the biggest microscopy event of the year: the 19th International Microscopy Congress, which will take place in Sydney, Australia, from 9th to 14th of September. 

The new application note, prepared by our application specialist Toon Coenen, focuses on the methylammonium lead halide perovskite materials. In our previous application note we already described exceptional performance of perovskite materials in solar cells, light-emitting diodes and lasers. 
While most of the time perovskites are grown in a more traditional shape of thin-films and nanocrystals, it was discovered recently that with the use of carbonate salts perovskite materials can take a large variety of complex 3D shapes. 

The Time-Resolved Cathodoluminescence project, an outcome of collaboration between Delmic, AMOLF Institute and Thermo Fisher, resulted in the creation of two new microscopes that can take optical images at the nanoscale, with a time resolution down to 1 ps. 

Imaging biological samples can be pretty tiring and difficult, especially when the data has to be acquired with different microscopes. Transferring the sample, acquiring data and overlaying the images can be extremely laborious. Correlative light and electron microscopy (also known as CLEM) is an imaging technique that eliminates these challenges by combining light microscope with a scanning electron microscope, making the process of image acquisition and overlaying seamless and user-friendly.