Automatic wire bonding is a highly mature, cost-efficient and broadly available back-end
process, intended to create electrical interconnections in semiconductor chip packaging …

The field of micro total analysis systems (μTAS)(1) or lab on a chip (LOC) has extended its
usefulness into many new fields and disciplines spanning basic research to commercial …

We present a completely revised generation of a modular micro-NMR detector, featuring an
active sample volume of∼ 100 nL, and an improvement of 87% in probe efficiency. The …

We present for the first time a fully MEMS-integrated technology to manufacture 3D
geometrically perfect solenoidal microcoils for microscale MRI applications. We report 25 µm …

This article describes the development and testing of the first automatically microfabricated
probes to be used in conjunction with the magic angle coil spinning (MACS) NMR …

A topology optimization method based on the solid isotropic material with penalization
interpolation scheme is utilized for designing gradient coils for use in magnetic resonance …

We present a process to manufacture solenoidal microcoils with external support structures,
which leaves the space within the coil windings free. The manufacturing procedure is based …

Based on an automatic backend wire bonder as a coil winding machine, microtransformers
are produced and their feasibility evaluated for isolated signal and power transmission …

We present high-performance MR imaging and spectroscopy results obtained with wire
bonded solenoidal microcoils manufactured in a MEMS-integrated technology. We report …

The magic angle coil spinning (MACS) technique has been introduced as a very promising
extension for solid state NMR detection, demonstrating sensitivity enhancements by a factor …