PulseForge Technology Library

Learn about the science on which our technology is based and some of the research areas that PulseForge has worked on.

Process Simulation

Simulating the Thermal Response of Thin Films during Photonic Curing

Mathematical modeling of materials during PulseForge processing.

Process Simulation

Effect of Boundary Condition Approximation on Convergence and Accuracy of a Finite Volume Discretization of the Transient Heat Conduction Equation

A deeper look at simulating the heating of materials during PulseForge processing.

FHE & Printed Electronics Research

Photonic Curing Enabling High‐Speed Sintering of Metal Inkjet Inks on Temperature‐Sensitive Substrates

Book Chapter from the Handbook of Industrial Inkjet Printing.

FHE & Printed Electronics Research

P3D Micro Dispensing & Photonic Curing of Silver Nanoparticle Inks on Low Thermal Stability Molded Plastic Parts

Conductive ink curing on low temp and 3D surfaces.

FHE & Printed Electronics Research

Ultra-Fast Photonic Curing of Electrically Conductive Adhesives Fabricated from Vinyl Ester Resin and Silver Micro-Flakes for Printed Electronics

PulseForge conductive ink curing research collaboration with Osaka University.

FHE & Printed Electronics Research

Photonic Curing Explanation and Application to Printing Copper Traces on Low-Temperature Substrates

PulseForge curing of printed copper.

About PulseForge

PulseForge, Inc. develops and manufactures state-of-the-art flashlamp-based tools that deliver energy in a precise and targeted manner to enable innovation in industrial manufacturing. Our expertise and tools empower our customers to explore novel materials and manufacturing methodologies, driving dynamic and efficient production at an industrial scale.

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