Experienced Python Software Engineer for equipment interfacing and desktop software

Spectro Inlets is looking for an experienced Python Software Engineer to lead the development of our control and measurement software, Zilien, for our cutting-edge EC-MS analysis instruments. You will take ownership of software architecture, feature development, backlog planning, and actively engage with customers and in-house experts to define improvements, working at the intersection of hardware […]

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Application Engineer in electrochemistry and mass spectrometry

Are you passionate about science, instrumentation, and innovation? Spectro Inlets is looking for a technically skilled and commercially driven Application Engineer to support our customers, develop new applications, and promote our cutting-edge EC-MS instruments on the global stage. This role bridges technology and communication, combining application development, customer interaction, and international outreach with hands-on lab

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Spectro Inlets Delivers EC-MS Premium to MIT’s Team Led by Professor Yang Shao-Horn!

Spectro Inlets delivering a EC-MS Premium to MIT

We’re thrilled to announce that the Massachusetts Institute of Technology (MIT) is now equipped with our state-of-the-art EC-MS Premium system! Last week, our team had the honor of delivering and installing this cutting-edge technology at MIT’s renowned research facilities. A special shoutout to Professor Yang Shao-Horn‘s team for their warm welcome and enthusiasm. It was

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Faraday case study: Researchers collaborate with Spectro Inlets

Screenshot of case study fra The Faraday Institution

A case study by the Faraday Institution has highlighted our collaborative efforts with Imperial College London, leading to an innovative adaptation of our electrochemical mass spectrometry (EC-MS) system that promises to extend the life of lithium-ion batteries. A case study by the Faraday Institution has highlighted our collaborative efforts with Imperial College London, leading to

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Article in Nature Communications made with EC-MS

The scientific article “Allotrope-dependent activity-stability relationships of molybdenum sulfide hydrogen evolution electrocatalysts” made possible by our EC-MS – Electrochemical Mass Spectrometry Unlocking the Secrets of Hydrogen Evolution: A Glimpse into the Future of Energy A recent publication in Nature Communications has brought to light a significant advancement in the field of hydrogen evolution reactions (HER), a cornerstone

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CONFERENCES AND EXPERIENCES

Excited to share the success story of my recent participation at the MNE23 Conference in Berlin!  Narrated by Sanjeev Vishal Kota During this event which took place from the 25-29/09, I had the privilege of presenting cutting-edge innovations, engaging with industry leaders, and establishing meaningful connections with fellow enthusiasts in the micro and nanotechnology domain.

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Battery R&D challenges; Solution?

There are so many challenges in battery Research & Development, R&D, but we have decided to name some of the key significant challenges that researchers and companies face in their quest to produce efficient, reliable and safer batteries. These challenges are correlational to the ability of the EC-MS to provide solutions within these areas: Battery

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Taking an in-depth view into the profound contributions of the EC-MS in creating a greener and safer environment.

One of the vital roles of the EC-MS is contributing towards environmental sustainability. Listed below are points describing how it does that. In summary, EC-MS plays a pivotal role in understanding complex electrochemical processes, enabling industries and researchers to make informed decisions that align with environmental sustainability goals. Its ability to provide real-time data, molecular

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