VASCO KIN takes a tour in China

Today, the VASCO KIN and Cordouan Technology was represented by Sylvain Boj at the national academic conference on particles tests in Lin Yi (Shandong province).

Thetis Wins Top Prize in Prague!

We are pleased to announce that the Thetis took home top prize at the LABOREXPO in Prague! The Thetis is the world’s first instrument that can measure the size of anisotropic NPs.

World’s First In-Line LNP Monitoring

With Inside Therapeutics, we have developed real-time in-line LNP size monitoring to provide researchers and manufacturers unparalleled control over liposome characteristics, paving way for advancements in drug delivery and diagnostics.

Find us at Suprabio!

It’s already the last day of hashtag#Suprabio 😭 Don’t miss your chance to meet one of our specialists Hanna Anop. If you have any question, she will be pleased to answer them or you can contact us at : contact@cordouan-tech.com

We will be attending SEMICON in Shanghai this March.

Cordouan Technologies is excited to share that we’ll be attending hashtag#SEMICON in Shanghai for the Conference of Science & Technology for Integrated Circuits (hashtag#CSTIC) from 17 to 18 of March. David Jacob will be delivering a presentation titled “New Methodology for Anisotropic Nanoparticles Characterization by Polarization Light Scattering: Length and Diameter Determination of Rod-like […]

Read about our first DLS application in Liposome synthesis and Size Characterization!

We are thrilled to unveil our groundbreaking application note, crafted in collaboration with DLS expert, Cordouan Technologies SAS, showcasing our novel TAMARA nanoparticle synthesis platform capabilities! 🚀 Introducing: “Liposomes Synthesis and Size Characterization with High Precision DLS.” Explore Lipid nanoparticle formulation characterization with precision and accuracy. 💡 Key Highlights of our Application Note: 🔍 […]

Get in Touch

With a single and continuous measurement, VASCO KIN™ gives you access to all characterization data of your reaction (size distribution evolution over time).