A Belgian startup that grew out of the University of Ghent has launched a new product, Hydrotech INX N200 resins.

Various microstructures printed directly inside a microfluidic chip for drug discovery projects.

This two-photon polymerization (2PP) hydrogel resin enables macro-scale 3D printing down to millimeters with Nanoscribe's patented Dip-in Laser Lithography (DiLL) technology.

HYDROTECH INX N200 allows you to print from micro to macro scale.

It is ideal for creating "organs-on-a-chip", as it is bioinert, liquid and water-soluble, which makes it easy to introduce it into microfluidic chips.

Single-cell channels on a chip for cell ordering.

This opens up opportunities for the development of new drugs without the use of animals and testing on human cells. HYDROTECH INX N200 is the first of a line of DiLL compatible resins to be released to the market soon.