Don't wait for lab analysis - get the results now!
Sensmet has simplified the OES and bring now the ICP-OES performance to the process and on-site applications. Today, Sensmet's µDOES is the only existing low maintenance analytical technology capable of measuring metal concentrations in industrial water in real-time.
It gets even better: our µDOES (Micro-discharge Optical Emission Spectroscopy) is a superior online measurement technology to quantify lithium and other battery metals in water-based processes! Typical measurements include Li, K, Mg, Na, Ca, Rb, Zn, Al, Fe.
"The µDOES is based on optical emission spectroscopy; a spark (=micro-plasma) is generated directly inside the aqueous sample. During a millisecond-long plasma discharge (= spark), the sample solution gets flash-heated to a high 10,000°C temperature: molecular species in the water get dissociated into atoms, followed by excitation of the atoms to their higher electronic states. Atoms release their excess energy by emitting optical light upon returning to their ground state. Analysis of the atomic emission spectrum enables qualitative and quantitative analysis of metals."
If you are interested and want to realise the benefits of the unique µDOES® analyser technology in your industrial process, please contact us.
Sensmet has simplified the OES and bring now the ICP-OES performance to the process and on-site applications. Today, Sensmet's µDOES is the only existing low maintenance analytical technology capable of measuring metal concentrations in industrial water in real-time.
It gets even better: our µDOES (Micro-discharge Optical Emission Spectroscopy) is a superior online measurement technology to quantify lithium and other battery metals in water-based processes! Typical measurements include Li, K, Mg, Na, Ca, Rb, Zn, Al, Fe.
"The µDOES is based on optical emission spectroscopy; a spark (=micro-plasma) is generated directly inside the aqueous sample. During a millisecond-long plasma discharge (= spark), the sample solution gets flash-heated to a high 10,000°C temperature: molecular species in the water get dissociated into atoms, followed by excitation of the atoms to their higher electronic states. Atoms release their excess energy by emitting optical light upon returning to their ground state. Analysis of the atomic emission spectrum enables qualitative and quantitative analysis of metals."
If you are interested and want to realise the benefits of the unique µDOES® analyser technology in your industrial process, please contact us.
Location: Finland
Employees: 11-50
Total raised: $3.54M
Founded date: 2017
Investors 1
| Date | Name | Website |
| - | Innovestor | innovestor... |
Funding Rounds 2
| Date | Series | Amount | Investors |
| 01.04.2026 | - | $1.75M | EIT RawMat... |
| 23.06.2021 | - | $1.79M | Innovestor |
Mentions in press and media 2
| Date | Title | Description |
| 01.04.2026 | Sensmet secures €1.5M to scale real-time metals monitoring for Europe’s raw materials supply | Finnish developer of continuous metals monitoring technology, Sensmet, has received a €1.5m investment from EIT RawMaterials to help secure the supply of critical and strategically important raw materials. Sensmet's breakthrough technology,... |
| - | Sensmet | “Continuous Battery Metal Analyser with Micro-discharge Optical Emission Spectroscopy” |