Inkjet printing technology uses the low-cost direct deposition manufacturing technique for
printing and is applicable in various fields including optics, ceramics, three-dimensional …

Experimental and numerical analysis of the drop-on-demand inkjet was conducted to
determine the jetting characteristics and meniscus motion under the control of the ink supply …

After a piezoelectric inkjet printhead jets the first droplet, the actuating membrane still
vibrates, creating residual vibrations in the ink channel, which can degrade the inkjet …

Enzymes, the most commonly used biosensing element, have a great influence on the
performance of biosensors. Recently, drop-on-demand (DOD) printing technique has been …

Owing to the quick response, compact structure, high precision, huge blocking force
generation, and ease of operation, piezoelectric actuators are urgently being adopted in the …

Drop formation models are essential for the control of drop-on-demand (DoD) inkjet printing
process. Traditional numerical models are difficult to implement in real-time control. In this …

When using a MEMS sensor to measure the vacuum of a medium, the transition flow
between the viscous flow and molar flow is usually used to describe the gas convection due …

Inkjet printing is one of the noncontact writing techniques, which provides a means for
delivering desired volumes of ink precisely and repeatedly at predetermined locations on a …

Screen-printing technology is widely used in sensors and electronics fabrication due to its
potential practical applications and low-cost production possibilities. Recent progress in its …

Drop-on-demand (DoD) inkjet printing is a maskless, additive, low-cost, flexible, and digital
process for delivering materials/inks that can be adapted to a wide range of additive and …