WHITEPAPER
NovoJet™ Printhead Technology
An Advanced Deposition Technology for Materials with
High Viscosities and Large Particles
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.
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Key items discussed
Novel Actuator and Ejection Mechanism
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.
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.
Optimized Fluidic Design
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.
Advanced Control and Scalability
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
NovoJet Printhead Webinar
Do you want to learn more?
Join our technical webinar to further explore how NovoJetTM printhead can jet high viscosity fluids.
Additional Resources
WEBINAR | 12 March 2026, 2PM
Printing Functional Materials at High-Speed: Introducing Print Engine
This webinar explores the design and modularity of Print Engine: Quantica's first high-speed printing system for functional materials.
BROCHURE
NovoJet™ for Research & Academia
This brochure provides an inside look how Quantica’s technology is driving innovation in R&D.
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MATERIAL REPORT
Adhesives Report:Rheology and Advanced Inkjet Development for High-Viscosity Materials
This report presents a rheological analysis of two industrial adhesives successfully printed using our high-viscosity printhead – an industry first.
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