A partnership between Xaar and Qunatica will combine Xaar’s expertise in inkjet printhead manufacturing with Quantica’s ultra high viscosity printhead technology. The companies signed an exclusive commercial partnership to manufacture Quantica’s NovoJet printheads, enabling ultra high viscosity printing for 2D and 3D printing applications.
Manufacturing will take place at Xaar’s high-tech facility in Huntingdon, with both companies expecting the initial NovoJet printheads to be shipping in Quantica’s first 3D printers from the end of 2023.
The Group will now offer the widest capability in printing high-performance materials to its OEM customers, meeting the opportunities for advanced manufacturing applications across electronics, display, industrial coating, adhesive and life-science sectors.
Founded in 2018 in Berlin, Quantica has dedicated its research and development efforts to both the novel NovoJet printhead technology and advanced multi-material 3D printers. By partnering with Xaar, Quantica will further focus on the development of its 3D printing systems for applications in dental, medical, electronics, R&D, and more.
Graham Tweedale, Xaar’s COO, said, ‘Our partnership with Quantica is a win-win for both our businesses. The combination of our existing ImagineX technologies with the capability offered by Quantica’s IP will ensure Xaar offers the widest range of solutions in jetting highly viscous materials. Similarly, Quantica will now be able to focus on the launch of its NovoJet 3D printers, with the backing of our expertise in manufacturing truly robust and reliable printheads.’
Ramon Borrell, CTO for Quantica added, ‘Our mission is to give customers the full freedom of production, and this partnership is instrumental in helping us achieve this. Xaar is widely recognised for the quality of its printheads, and this agreement enables us to focus on delivering the roadmap of innovative NovoJet 3D printers for high performance multi-material parts with full confidence the printheads will deliver for our customers and partners.’
