20.2.2024
 
Portable, compact 2D barcode tube reader
The Ziath Handheld 2
ube reader from Azenta Life Sciences sets the benchmark for rapid and accurate reading of individual 2D barcoded sample tubes. The Handheld 2 is a powerful, portable tube reader that can be held and operated in one hand, leaving the other free for tube handling.
8.2.2024
 
High performance stainless-steel filters.
Biotech Fluidics announce a new range of multilayer stainless-steel filters
for larger bore elevated temperature and corrosive processing applications. Benefiting from proprietary “Closed Edge Technology” these unique PORO–FRIT™ filters deliver an unmatched even flow through profile even at the filter edges
8.2.2024
New NGS Laboratory opens its doors for genomics researchers
As a global provider of R&D genomics services, Azenta leads the way in providing superior data quality with unparalleled technical support to enable researchers around the world to advance their scientific discoveries faster than ever before.
31.1.2024
 
Fraunhofer ILT invites industry to join new network for
hydrogen technologyein
The Fraunhofer Institute for Laser Technology ILT is mobilizing the new “Lasers
in Hydrogen Technology” network to help suppliers and users exchange their
particular expertise about lasers and photonics for hydrogen technology
25.1.2024
 Experience modern methods of particle and dispersion analysis and materials testing for yourself at ICDAMT 2024
On June 10th and 11th, 2024, LUM GmbH will host the next International Conference on Dispersion Analysis and Materials Testing (ICDAMT 2024) in Berlin. Participants are exclusively invited to take additional practical training courses on June 12th at the LUM headquarters in Berlin-Adlershof and thus experience modern methods of particle and dispersion analysis and material testing for themselves
Registration : https://conference2024.lum-gmbh.com/.
25.1.2024
UV-clear microplates for DNA purity checking
Ultra Optically Clear assay plates from Azenta Life Sciences provide high optical transmission in the UV waveband, making them ideal for labs tasked with DNA purity measurements performed at 260 / 280nm.
23.1.2024
  High intensity light source accelerates photoredox catalysis
Building upon the Nobel Prizewinning work of Macmillan et al1, photoredox catalysis has emerged as an important and powerful bond-forming strategy in chemical synthesis. Key to the practical implementation of this methodology in the laboratory is the availability of affordable and easy to use benchtop photoreactor systems
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