Abstract 3D printing is fast evolving as an additive manufacturing technique that has been
adopted in (bio) analytical science because of the ample variety of materials and …

The use of 3D printing in the chemical and analytical sciences has gained a lot of
momentum in recent years. Some of the earliest publications detailed 3D-printed interfaces …

The study of biological specimens by mass spectrometry imaging (MSI) has had a profound
influence in the various forms of spatial-omics over the past two decades including …

This review presents progress made in the ambient analysis of proteins, in particular by
desorption electrospray ionization‐mass spectrometry (DESI‐MS). Related ambient …

3D-printing is revolutionizing the rapid prototyping in analytical chemistry. In the last few
years, we observed the development of 3D-printed components for ion studies, such as ion …

We report novel 3D-printed electrospray sources for mass spectrometry (MS) that produce
twice the signal strength of their mainstream counterparts. Leveraging 3D printing to …

Ambient ionisation mass spectrometry (AIMS) enables studying biological systems in their
native state and direct high-throughput analyses. The ionisation occurs in the physical …

Abstract Atmospheric Solids Analysis Probe (ASAP) mass spectrometry is a versatile
technique allowing direct sampling of solid and liquid samples, but its adoption is limited …

Clinical mass spectrometry relies on ionization of liquid biological samples, often via
electrospray. This work broadly leverages additive manufacturing for the development of …

Advancements in 3D printing technology have provided (1) easy access to low-cost,
opensource robotics, and (2) a fast fabrication technique for analytical devices among …