ANDROMEDA is a sub-Kelvin, SQUID-based, monopole current spectrometer, whose development was funded by the UK Royal Society

AQUILON is a UHV, sub-Kelvin, 14 tesla SJTM microscope, whose development was funded by Science Foundation Ireland and University College Cork.

ARCHAOS is a state-of-the-art Spectroscopic Imaging Scanning Tunneling Microscope (SISTM). The ULVT lab room is air-floating and soundproofed, allowing ARCHAOS to work in an ultra-low noise environment. This SISTM is equipped with a 9 Tesla magnetic field, designed to cleave samples at 4 K, in situ tip preparation, and can work at a temperature of 280 mK for several days at a time.

DIDYMA is a UHV, sub-Kelvin, 14 tesla SISTM microscope, whose development was funded by Science Foundation Ireland and University College Cork.

GEMINI is a UHV, sub-Kelvin, 14 tesla SISTM microscope, whose development was funded by the European Research Council and the UK Royal Society.

MINERVA is a UHV, sub-Kelvin, 14 tesla SJTM microscope, whose development was funded by the European Research Council and the UK Royal Society.

QSNAP1 (Quantum Spin Noise At Proteox 1) is a high precision, SQUID-based, spin-noise spectrometer. It uses a vibration isolated platform on board a 10 mK cryogen-free dilution refrigerator. Its development was funded by Science Foundation Ireland and University College Cork.

SNOMAN (Sub-Nanoscale Observation of Magnetic Noise) is a novel instrument for atomic-scale measurement of quantum spin dynamics. Inspired by STM technology, it features a new magnetic probe combined with the ultimate SQUID sensitivity to measure local dynamical magnetism at the surface of magnetic quantum materials. This innovative concept, the Scanned Spin-Noise Microscope (SSNM), operates in a cryogen-free dilution refrigerator (<20 mK) by using a custom mK cryogenic vibration isolation system.