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.
MATERIAL REPORT
Adhesives Report:
Rheology and Advanced Inkjet Development for High-Viscosity Materials
Adhesives are foundational to modern manufacturing, used in virtually every consumer, medical, and industrial product, including electronics, automotive components, and packaging.
While the majority of adhesives today are applied using traditional dispensing methods, this report focuses on two specific adhesives that Quantica has successfully validated with our NovoJet™ printhead, opening up new manufacturing possibilities for this category of materials.
What's in this report?
Adhesives Overview
Understand the importance of adhesives in modern manufacturing and why conventional dispensing technologies are increasingly challenged by the demands for greater precision, scalability, and design complexity.Text
Materials & Applications
Discover how the NovoJet™ printhead successfully jetted two high-performance adhesives—an epoxy for fuel cell manufacturing and a temperature-sensitive methacrylate for e-motor manufacturing.
Rheology & Processing
Learn how precise temperature control is used to manipulate adhesive viscosity into the operational jetting window, ensuring predictable, near-Newtonian flow behavior regardless of shear rate
Additional Resources
WEBINAR
NovoJet™ Printhead Explained: The Design Behind High Viscosity Printing
WHITEPAPAPER
NovoJet™ Printhead Technology
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.
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.
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.
Exploring new material opportunities
Learn how NovoJetTM Printhead is overcoming the viscosity limitation of traditional inkjet, printing materials with superior properties up to 250mPas.
Unpacking the NovoJet™ Printhead's unique design
Explore what makes its engineering so special, from its precision nozzle architecture to its advanced fluid dynamics and thermal management.
Exploring groundbreaking application
Discover how this innovative design is enabling advancements in diverse fields, including jetting adhesives for e-motor manufacturing, insulating battery coatings, and unique pharmaceutical applications.
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