3D Printing

Nanotechnology has for decades been heralded as one of the most promising areas of science and industry. As we increase our capacity to control materials at the nanoscale we will be able to take advantage of countless technological advances that will literally reshape our physical world and accelerate planetary sustainability. Yet until now, nanotechnology has massively underdelivered on its promise. VSPARTICLE, a spin-out of TU Delft in 2014, has over the past six years created a paradigm-changing platform that is a scalable source of nanoparticulate material with broad applicability for scientific, engineering and manufacturing applications. We're excited to watch the VSPARTICLE team forge ahead in this space.

Xolography switches liquid resin in a vat, through the help of two intersecting light projections, into a cured object. It is fast, creates smooth surfaces, without the need for support structures, and works with viscous resins.

With a strong foundation of fundamental research, Inventia has developed a proprietary platform encompassing drop-on-demand bio-printing technology, an expanding library of printable matrices and custom protocols for specific applications. The RASTRUM platform is now available to enable efficient and powerful bio-printing of 3D cell-based assays for biomedical research.