High Resolution Lasers
Artemis Analytical is installing a high-resolution laser to improve isotope detection by more precisely separating signals from rare and abundant atoms.
Artemis Analytical News
Stay updated with the latest innovations, case studies, and company announcements from Artemis Analytical.
Instument Updates from Artemis Analytical
Welcome to Instrument updates from Artemis Analytical — the place we document the build of our next-generation quantum mass spectrometer. Our team is combining laser spectroscopy with high-speed ion/atom optics to deliver exceptional sensitivity and ultra-selective isotope measurements. As we move from prototypes to a working platform, we’ll share the milestones that matter- new sub-systems coming online, vacuum and beamline commissioning, early performance data, and the practical lessons learned along the way. Expect plain-English explanations of what we’re building, why certain design choices are made, and how each upgrade improves real-world results (from beam transport and neutralisation to laser stability, timing electronics, control software, and data acquisition). Alongside progress updates, we’ll publish bite-sized “lab notes” for quick snapshots, plus deeper technical posts for readers who want the detail behind the results—complete with diagrams, photos from the lab, and links to related background articles.
Highly Excited Atoms
Artemis Analytical has made its first successful measurements with the Quantum Mass Spectrometer, a key step toward precise isotope analysis.
Fast Atoms
Artemis Analytical has successfully tested its charge exchange cell, confirming it can neutralise an ion beam into fast atoms—an essential step toward using lasers for highly selective isotope detection in its Quantum Mass Spectrometer.
Beam Me Up!
Artemis Analytical has successfully delivered ions through its new laser-enhanced mass spectrometer, confirming the system is working and ready for ultra-sensitive isotope detection.