Extended Material Compatibility
Discover how NovoJet™ reliably jets fluids with viscosities up to 250 mPa⋅s at the point of ejection, including demanding materials such as UV-resins, adhesives, and conductive inks.
WHITEPAPER
This technical whitepaper provides an overview of NovoJet™'s innovative architecture and operational principles, demonstrating its capability for precise, high-throughput deposition of highly functional materials onto diverse substrates and geometries.
Learn about the unique tri-morph PZT piezo ceramic bender configuration that enables direct, large-scale volumetric fluid displacement, circumventing the limitations of Helmholtz resonance for high-viscosity materials.
Discover how NovoJet™ reliably jets fluids with viscosities up to 250 mPa⋅s at the point of ejection, including demanding materials such as UV-resins, adhesives, and conductive inks.
Understand the innovative chamber design and fluid path optimization that ensures rapid refill and prevents material starvation and agglomeration, even with highly viscoelastic fluids and those containing significant particle loads.
Explore Quantica’s proprietary material management system, offering precise parameter control and outlining the printhead's modular and scalable design for high-volume manufacturing integration.
WEBINAR
Discover how NovoJet™ reliably jets fluids with viscosities up to 250 mPa⋅s at the point of ejection, including demanding materials such as UV-resins, adhesives, and conductive inks.
Learn about the unique tri-morph PZT piezo ceramic bender configuration that enables direct, large-scale volumetric fluid displacement, circumventing the limitations of Helmholtz resonance for high-viscosity materials.
Understand the innovative chamber design and fluid path optimization that ensures rapid refill and prevents material starvation and agglomeration, even with highly viscoelastic fluids and those containing significant particle loads.
Learn how NovoJetTM Printhead is overcoming the viscosity limitation of traditional inkjet, printing materials with superior properties up to 250mPas.