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Alsidighed, enkelhed og forbedret synkronisering og følsomhed for den analytiske ECL-teknik.
Integreret spektroelektrokemi
Næste generations værktøjer til spektroelektrokemisk forskning: bipotentiostat/galvanostat, spektrometer og lyskilde i ét instrument, styret af én software. Mød SPELEC!
μStat-i MultiX
Multikanal bipotentiostat, galvanostat og impedansanalysator (med MultiplEIS®-teknologi) til multi-bruger og multidisciplinær elektrokemisk forskning.
- AN-FLU-001AN-FLU-001Fluorescence spectroelectrochemistry of [Ru(bpy)3]2+/3+ in semi-infinite diffusion regime
In this Application Note, the Metrohm DropSens SPELEC instrument is used with the FLUORESCENCE KIT for time-resolved monitoring of electrochemical reactions in a semi-infinite diffusion regime by performing fluorescence spectroelectrochemistry of the [Ru(bpy)3]2+/3+ redox couple.
- AN-V-231Cadmium and lead in drinking water with screen-printed carbon electrodes
The provisional guideline values in the World Health Organization’s (WHO) «Guidelines for Drinking-water Quality» are set to 3 µg/L for cadmium and 10 µg/L for lead. The anodic stripping voltammetry (ASV) technique performed on the ex-situ mercury film modified Metrohm DropSens screen-printed electrode (SPE) can be used to simultaneously detect concentrations as low as 0.3 µg/L for both elements. This is suitable to monitor the WHO guideline values. The main advantage of this method lies in the innovative and cost-effective screen-printed electrode.
- AN-FET-001Characterization and performance studies of field-effect transistors (FETs) using μStat-i 400
In recent years, field-effect transistors (FETs) have become more commonly used as a sensing platform for a multitude of electrochemical and biological applications. These devices are promising bioelectronic transducers that allow both low-potential operation and stable potentiometric measurements. FETs are now seen as an attractive alternative to using conventional electrochemical detection systems in the scientific community. This Application Note gives in-depth guidance about how to operate Metrohm DropSens bipotentiostat devices for the characterization of FETs and their use as transducers. A single μStat-i 400 device, a small and portable bipotentiostat and galvanostat, is used to demonstrate the experiments.
- AN-RA-002AN-RA-002The carbon battle characterization of screen-printed carbon electrodes with SPELEC RAMAN
Carbon materials are a remarkable choice as electrode surfaces. They are not only cost-effective and chemically inert, but also have a low background current and a wide potential window. Physical and chemical properties of new carbon nanomaterials depend mainly on their structure, so their characterization is essential to choose the right material for different applications.Raman spectroscopy is a very attractive technique for this purpose, effortlessly distinguishing information about the bond structure of carbon materials, and, therefore, about their possible properties. DropSens screen-printed electrodes (SPEs) are low-cost, disposable devices, available with working electrodes fabricated in several carbon materials. This Application Note describes how their properties can be studied by Raman spectroscopy.
- AN-V-232Nickel and cobalt in drinking water with screen-printed carbon electrodes
EU legislation specifies 20 µg/L as the limit value for nickel in drinking water. The current provisional guideline value for Ni in the World Health Organization’s «Guidelines for Drinking-water Quality» is set to a maximum concentration of 70 µg/L. The adsorptive stripping voltammetry (AdSV) technique performed on the ex-situ bismuth film modified Metrohm DropSens 11L screen-printed electrode (SPE) can be used to simultaneously detect concentrations as low as 0.4 µg/L for nickel and 0.2 µg/L for cobalt with a 30 s deposition time.The disposable, maintenance-free sensor can be used conventionally in the laboratory with the 884 Professional VA, or alternatively in the field with the 946 Portable VA Analyzer. This method is best suited for manual systems.
- WP-058WP-058Virus detection: Fast, sensitive, and cost-effective with electrochemical testing
With significant global viral outbreaks becoming the norm rather than generational outliers, it is imperative that fast, sensitive, and cost-effective testing is available to the masses. Screen-printed electrodes (SPEs) allow rapid, widespread testing of populations for infectious disease, without the need of skilled personnel or burdensome equipment in the field. The possibility of point-of-care (POC) testing with SPEs has been exhibited in several recent studies. Metrohm DropSens combines high production capabilites of custom-made SPEs with a valid ISO 13485 certification "Manufacturing of sensors for medical devices", meaning testing procedures developed on these SPEs can be reliably scaled up for larger operations, with easier regulatory approval for commercialization.
- AN-EC-034Ion-selective electrodes based on screen-printed technology
Advances in polymeric membranes and screen-printed technologies have enabled miniaturized, portable potentiometric sensors ideal for point-of-care analysis.
- AN-RA-009Comparison of SPELEC RAMAN and standard Raman microscopes
This Application Note compares SPELEC RAMAN and a standard Raman instrument by analyzing their performance in measuring single-walled carbon nanotubes (SWCNT).
- AN-RS-042Revealing battery secrets with EC-Raman solutions
Electrochemical Raman (EC-Raman) spectroscopy enhances comprehension of energy storage devices by tracking physicochemical changes. This note details EC-Raman findings during nickel-metal hydride (NiMH) battery charge and discharge simulations.
- AN-EC-038Measuring ionic conductivity using screen-printing technology
Using disposable 11COND screen printed electrodes and electrochemical impedance spectroscopy, conductivity in drinking water can be measured using only 100 µL samples.
- AN-EC-035Using a portable standalone system for easy fermentation monitoring
By using an enzymatic sensor with a screen-printed electrode, producers can measure lactic acid production, thereby monitoring fermentation processes.
- AN-EC-032Hydrogen permeation with a single instrument according to ASTM G148
The Devanathan-Stachurski cell (or «H cell») is successfully used to evaluate the permeation of hydrogen through sheets or membranes. As small amounts of hydrogen pass through the sheet or membrane, a very sensitive potentiostat is required for its detection. A study of the hydrogen permeation properties of different iron sheets is discussed in this Application Note while taking the instrumental requirements into account.
- AN-SEC-003UV-Vis spectroelectrochemical cell for conventional electrodes
The development of a novel reflection cell for conventional electrodes facilitates the performance of spectroelectrochemical measurements. This device allows researchers to work in aqueous solutions as well as in organic media due to its chemical resistance.
Golden Ticket Terms & Conditions
Terms & Conditions for the promotion Golden Ticket by Metrohm DropSens.
Specialfremstillede elektrokemiske sensorer
Metrohm DropSens udvikler tilpassede elektrokemiske sensorer med en skalerbar og omkostningseffektiv fremstillingsproces.
20 years sensing the future
For two decades, the 110 Carbon Screen-Printed Electrode (SPE) has been at the heart of discovery, innovation, and progress of the scientific community. Let's celebrate together!
Spectroelectrochemistry with one instrument
The University of Burgos partnered up with Metrohm to create the first integrated spectroelectrochemistry instrument on the market.
Metrohms historie
Based in Switzerland, Metrohm provides titration, ion chromatography, Raman and NIR spectroscopy, electrochemistry, and process analysis solutions to customers worldwide.
Elektrokemi
Potentiostater/galvanostater til elektrokemisk forskning og test
- 30. nov. 2020Electrochemistry in orbit
Screen-printed electrodes by Metrohm DropSens used in space.
- 25. jul. 2022Transform your routine electrochemical research – Go Multi!
A new multichannel instrument for electrochemical analysis makes multitasking possible for laboratories – μStat-i MultiX from Metrohm DropSens. Perform analyses automatically, run multiple experiments simultaneously, and control individual channels independently.
- 1. maj 2023Easily measuring ORP values in real-life applications
The ORP kit from Metrohm DropSens is handy, reliable, and easy to use for reproducible measurement of oxidation-reduction potential in various situations. The multitude of requirements from several industries that must measure ORP fit perfectly with the advantages gained when using screen-printed electrodes and miniaturized instruments, including portability, accessibility, disposability, small sample sizes, and reliability.
- 8. jun. 2020Virus detection using screen-printed electrodes
Rapid testing for infectious diseases using screen-printed electrodes.
- 19. okt. 2020Trace metal analysis with solid-state electrodes – Part 4
Screen-printed electrodes for heavy metal analysis.
- 26. apr. 2021Developing the electrochemical sensors of your dreams
Customized options and mass production of electrochemical sensors.
- 31. okt. 2022Raman spectroelectrochemistry from India to Spain: History and applications
One of the most interesting spectroelectrochemical techniques combines the fields of electrochemistry and Raman spectroscopy. Raman spectroelectrochemistry provides users with two different signals from the same experiment, acting as a powerful tool to collect even more knowledge about the analyzed system. Raman spectroelectrochemistry experiments are easily performed using SPELEC RAMAN, the only instrument on the market dedicated to performing such experiments.
- 28. apr. 2025Basics of spectroelectrochemistry
Spectroelectrochemistry (SEC) combines electrochemistry and spectroscopy to simultaneously record optical and electrochemical signals. This article defines SEC and highlights its advantages.
- 8. apr. 2024Improved detection of fentanyl using Raman spectroelectrochemistry
Rapid, reliable drug screening methods are crucial for forensic science investigations. This article explores fentanyl detection using Raman spectroelectrochemistry.
- 14. jul. 2025Simplified spectroelectrochemistry setups with intuitive, user-friendly cells
Spectroelectrochemistry is now more accessible thanks to SPELEC instruments and user-friendly cells, simplifying setup and data handling for broader adoption.
DRP-CAST
μStat Cable connector for Screen-Printed ElectrodesConnects any DropSens equipment with DropSens Screen-Printed Electrodes
DRP-BICAST
μStat Cable connector for Dual Screen-Printed ElectrodesConnects any DropSens equipment with DropSens Dual Screen-Printed Electrodes
DRP-CAC
Cable connector for Screen-Printed ElectrodesConnects DropSens Screen-Printed Electrodes to any kind of potentiostat. Recommended when working in batch or flow analysis.
DRP-CAC-P
Cable connector for Screen-Printed Electrodes/Plastic SubstrateConnects DropSens Screen-Printed Electrodes over Plastic Substrate with any kind of potentiostat
DRP-BICAC
Cable connector for Dual Screen-Printed ElectrodesConnects DropSens Dual Screen-Printed Electrodes to any kind of potentiostat. Recommended when working in batch or flow analysis.
DRP-CACIDE
Cable connector for Interdigitated Electrodes/Glass SubstrateConnects DropSens Interdigitated Electrodes over Glass Substrate with any kind of potentiostat
DRP-CACIDE-P
Cable connector for Interdigitated Electrodes/Plastic SubstrateConnects DropSens Interdigitated Electrodes over Plastic Substrate with any kind of potentiostat
DRP-CAC8X
Cable connector for format 8X Screen-Printed ElectrodesConnects DropSens 8X format Screen-Printed Electrodes with any kind of (multi) potentiostat
DRP-DSC
Connector for Screen-Printed ElectrodesConnector suitable to connect DropSens SPEs to any kind of potentiostat. Recommended when working by placing a drop over the electrode
DRP-CAC-TLFCL
Cable connector for Thin-Layer Flow-Cell integrated Screen-Printed ElectrodesConnects DropSens Thin-Layer Flow-Cell integrated Screen-Printed Electrodes with any kind of potentiostat
DRP-BIDSC
Connector for Dual Screen-Printed ElectrodesConnector suitable to connect DropSens Dual SPEs to any kind of potentiostat. Recommended when working by placing a drop over the electrode
DRP-DSC-P
Connector for plastic substrate Screen-Printed ElectrodesConnector suitable to connect DropSens plastic substrate SPEs to any kind of potentiostat. Recommended when working by placing a drop over the electrode
DRP-CABSTAT
mStat Cable connector (2WE) for conventional electrodesFlexible cable connector that acts as an interface between DropSens bipotentiostats and conventional electrodes
DRP-CAST-P
mStat Cable connector for plastic substrate screen-printed electrodesFlexible cable that act as an interface between plastic substrate SPEs and DropSens potentiostats
DRP-I-CAST
i-µStat Cable Connector for Screen-Printed ElectrodesConnector that act as an interface between our Screen-Printed Electrodes and Metrohm DropSens potentiostats.
DRP-I-BICAST
i-µStat cable connector for dual screen-printed electrodesConnector that acts as an interface between our dual screen-printed electrodes and Metrohm DropSens potentiostats.
DRP-BICASTDIR
µStat cable connector for dual screen-printed electrodesConnector that acts as an interface between our dual screen-printed electrodes and Metrohm DropSens instruments and some accessories.
DRP-DSC4MM
Boxed connector for screen-printed electrodesConnector that functions as an interface between DropSens screen-printed electrodes (SPEs) and interdigitated electrodes with any type of potentiostat.
DRP-BIDSC4MM
Boxed connector for dual screen-printed electrodesConnector that functions as an interface between DropSens dual screen-printed electrodes (SPEs) and interdigitated electrodes with any type of potentiostat.
DRP-RAMANPROBE
Raman ProbeReflection probe designed to be used with a single excitation 785 nm wavelength (up to 500 mW). Suitable to work with DropSens Raman Cell for Screen-Printed Electrodes or with any conventional Raman set-up.
DRP-RAMANPROBE638
Raman probe 638Reflection probe designed to be used with a single excitation 638 nm wavelength (up to 300 mW). Suitable to work with DropSens Raman cell for screen-printed electrodes (ref. RAMANCELL), Raman cell for conventional electrodes (ref. RAMANCELL-C) or with any conventional Raman set-up.
DRP-CABSTAT1
μStat 8000(P)/4000(P) one node cable connector for conventional electrodesConnects individual nodes of the μStat 8000(P)/4000(P) to conventional electrodes
DRP-CAST8X
μStat 8000(P) cable connector for format 8X Screen-Printed ElectrodesConnects μStat 8000(P) equipment to 8X format Screen-Printed Electrodes
DRP-CAST1X8
μStat 8000(P) cable connector for individual Screen-Printed ElectrodesConnects μStat 8000(P) equipment with individual Screen-Printed Electrodes
DRP-CABSTATMULTI
μStat 8000(P)/4000(P) multichannel cable connector for conventional electrodesConnects the multichannel option of the μStat 8000(P)/4000(P) to up to 8/4 conventional WE sharing one conventional AUX and one conventional REF
DRP-CONNECT4W
Connector for 4W format Screen-Printed ElectrodesSuitable to connect 4W format Screen-Printed Electrodes to any kind of potentiostat
DRP-CONNECT8W
Connector for 8W format Screen-Printed ElectrodeSuitable to connect 8W format Screen-Printed Electrodes to any kind of potentiostat
DRP-CONNECTOR96X
Connects 96X format Screen-Printed Electrodes with any kind of (multi) potentiostat.Connects 96X format Screen-Printed Electrodes with any kind of (multi) potentiostat. Two manual rotating selectors allow to select the row letter (from A to H) and the column number (from 1 to 12) identifiers of the wells to be analysed.
DRP-FIAEC
Complete FIA System for Electrochemical detection with Screen-Printed ElectrodesComplete FIA System for Electrochemical detection with Screen-Printed Electrodes. Includes: VALVE, PPUMP, FLWCL, PVCTUBE, FLOWFITTINGS, Tubes and Containers
DRP-TLFCL-HOLDER
Holder for Thin-Layer Flow-Cell integrated Screen-Printed ElectrodesHolder for Thin-Layer Flow-Cell integrated Screen-Printed Electrodes
DRP-PPUMP
Peristaltic Pump4 Channel Peristaltic Pump to be used in FIA Systems
DRP-TLFCL-INLINEPORT
In-line LUER injection port for TLFCL SPEsIn-line LUER injection port for TLFCL format SPEs. Suitable to proceed with sample injections in flow analysis
DRP-TLFCL-FLOWFITTIN
Flow-Fitting pack for TLFCL SPEsFlow-Fitting pack for TLFCL SPEs to connect them to a FIA System. Includes: 2 male luers, 1 fitting and 30 cm of tubing
DRP-VALVE
Manual Sample Injection ValveManual Sample Injection Valve. Includes 0.5, 1.0 and 2.5 mL sample loops
DRP-FLOWFITTINGS
Flow-Fittings PackFlow-Fittings Pack. Includes: 2 nuts for grippers, 2 grippers and 80 cm of tubbing 1/16. Suitable to be used with our variety of Flow-Cells
DRP-MAGNETOEC
MagnetoElectroChemistry supportMagnetoElectroChemistry support with variable magnet pole gaps that allows performing magnetoelectrochemical experiments with Screen-Printed Electrodes and also with conventional electrochemical cells.
DRP-MAGNET
Magnetic support for Screen-Printed ElectrodesMagnetic support for Screen-Printed Electrodes. Recommended to perform analysis with magnetic beads
DRP-PVCTUBE-U12
PVC Tube for Peristaltic Pump - Several DiametersPVC Tube for Peristaltic Pump - Several Diameters. Includes: 3 tubes of 0.899 inner diameter, 1.143 mm inner diameter, 1.422 mm inner diameter and 1.651 mm inner diameter
DRP-MAGNET8X
Magnetic support for format 8X Screen-Printed ElectrodesMagnetic support for format 8X Screen-Printed Electrodes. Recommended to perform analysis with magnetic beads
DRP-TFIBER-VIS-UV
Transmission fiber VIS-UVTransmission fiber VIS-UV designed to perform transmission experiments suitable to work with our Transmission Cell for transparent Screen-printed electrodes or with any conventional cell
DRP-MAGNET96X
Magnetic support for format 96X Screen-Printed ElectrodesMagnetic support for format 96X Screen-Printed Electrodes. Recommended to perform analysis with magnetic beads
DRP-RPROBE-VIS-UV
Reflection probe VIS-UVReflection probe VIS-UV designed to perform reflection experiments suitable to work with our Reflection Cell for our Screen-printed electrodes or with any conventional cell.
DRP-CLENS
Collimator LensCollimator lens suitable to work with our Transmission Cell for transparent Screen-printed electrodes or with any conventional cell.
DRP-MEMB-U100
Membrane for Screen-Printed ElectrodesMembrane for Screen-Printed Electrodes. Useful to perform analysis with small volumes of solution or sample (7,5-15 µL), allowing a good covering of the 3 electrodes system
DRP-TRANSPACK
Pack for transmission experiments with SPEsTransmission pack to perfrom reflection experiments with SPEs:Includes: 1 x TRANSCELL, 1 x CLENS, 1 x TFIBER, 1 x RPROBE and 1 x CAST
DRP-REFLEPACK
Pack for reflection experiments with SPEsReflection pack to perfrom reflection experiments with SPEs: Includes: 1 x REFLECEL, 1 x RPROBE and 1 x CAST
DRP-CUV
Cuvette HolderThree-way cuvette holder for cuvettes up to one centimeter in length. It is designed for absorbance and fluorescence measurements with liquid samples. Includes three collimating lenses for straight-through (absorbance) or 90° (fluorescence) measurements and fiberoptic connections at each of three collimating lenses. This collimating lenses couple to optical fibers to illuminate,excite or read the sample such as ref. TFIBER-VIS-UVAdditional information:· Pathlength 1 cm· Z-dimension 15mm· Filter slot Accepts filters up to 6.35 mm (1/4”) thickness· Collimating lenses 3 x 74-UV fused silica lenses (200-2000 nm)· Fiber optic termination SMA 905
DRP-CELLHOLDER
Cell HolderAccessory to be used in combination with CELL and CELL-PEEK when working in batch analysis for set up improvement.
DRP-4MMHCAST8
Eight channel boxed connector for μStat-i MultiXEight channel boxed connector suitable to improve the set-up confirguration acting as an interface between uStat-i MultiX and screen-printed electrodes.
DRP-ALCRUCIBPACK
Aluminum crucibles (5 x 1.6 mm ; 5 x 4.2 mm) for DRP-RAMANCELLAluminum crucibles (5 x 1.6 mm ; 5 x 4.2 mm) to be used in combination with RAMANCELL to perform Raman measurements over solid samples.
DRP-BANANA4TO2MM
Banana connector 4 mm to 2 mm (includes 4 units)Adaptor from 4 mm male banana connections to 2 mm female connections
DRP-BIASTIR
Stirrer for BIASPEStirrer for batch injection analysis cells. The stirring rod in Teflon allows a precise control of the rotation rate
DRP-BIDSC-FET
Connector for Field-effect transistor ElectrodesBoxed connector that acts as an interface between ref. AUFET30 electrodes and any kind of potentiostat
DRP-CAC4MMH
Cable connector with 4mm banana connectors for screen-printed electrodesFlexible cable that act as an interface between ceramic substrate SPEs and any kind of potentiostat
DRP-CACIDEMEA
Cable connector for interdigitated electrodes with AUX and REFFlexible cable that act as an interface between interdigitated electrodes in glass with CE and RE and any kind of potentiostat.Cable connector for interdigitated electrodes with CE and RE quantity
DRP-CAC-NTC
Cable connector for C110-NTC screen-printed electrodesFlexible cable that act as an interface between ref.C110-NTC SPEs and any kind of potentiostat
DRP-CASTDIR
µStat cable connector for screen-printed electrodesConnects single (1 WE) SPEs to μStat 200, μStat 300, μStat 400, μStat 4000/P, μStat 8000/P, μStatECL, SpectroECL and the SPELEC line of instruments.
DRP-CAST-TLFCL
μStat cable for TLFCL format SPEsCable connector from μStat instruments and the SPELEC line of instruments to TLFCL format SPEs
DRP-CDIOCABLE400
I/O Cable for µStat400DRP-CDIOCABLEMULTI
DIO cable for mStat-i MultiX (requires DRP-CDIOINTERMULTI)DRP-CELL-IDE
Cell for interdigitated electrodesCells for batch analysis with interdigitated electrodes (IDE). Suitable for working with volumes up to 3-8 ml and manufactured in different materials that will allow you to work even with organic solvents.
DRP-CELL-IDE-PEEK
Cell for interdigitated electrodes in PEEKDRP-CFLWCL-CONICPEEK
Cell in PEEK for screen-printed electrodes - Conical wellDRP-CFLWCL-WE-PEEK
Flow Cell in PEEK - Only working electrodeDRP-CONNECTOR96X-SYN
Pack including CONNECTOR96X and SYNCONN96XDRP-DIOC200SYNC96
PIO Cable suitable to connect the SYNCONN96X with STAT200Cable connector suitable to connect SYNCONN96X with STAT200 for automation of the electrochemical ELISA System
DRP-DIOC400SYNC96
PIO Cable suitable to connect the SYNCONN96X with STAT300 and STAT400Cable connector suitable to connect SYNCONN96X with STAT300 and STAT400 for automation of the electrochemical ELISA System
DRP-DIOC8000SYNC96
PIO Cable suitable to connect the SYNCONN96X with STAT4000/P and 8000/PCable connector suitable to connect SYNCONN96X with STAT4000/P and 8000/P for automation of the electrochemical ELISA System
DRP-DIOMULTISYNC96
DIO cable for connecting mStat-i MultiX with SYNCONN96X (requires DRP-CDIOINTERMULTI)DRP-DTIPD1000
Tips for Electronic Micropipette P1000M (96 units)Pipette tip boxes to be used with P1000M micropipette included in BIASPE10 cell
DRP-DTIPD200
Tips for Electronic Micropipette P200M (96 units)Pipette tip boxes to be used with P200M micropipette included in BIASPE02 cell
DRP-FLKIT
Fluorescence kitKit for performing fluorescence experiments composed by 2 x short optical fibers (600 µm) ended in SMA 905 connections, 2 x optical filters one of 230-500 nm and other for 300-750 nm wavelength and 2 x holders for the filters.Complete your set up by adding the required excitation light depending on the range of interest (ref. LEDUV275, LEDVIS395 or LEDRGB).For performing fluorescence spectroscopy experiments coupled to spectroelectrochemistry (ref. SPELEC) with SPEs acquire the suitable reflection probe (RPROBE) and reflection cell (REFLECELL).
DRP-FLKITSPE
Fluorescence Kit for screen-printed electrodesKit designed for those researchers interested in performing fluorescence spectroscopy experiments with screen-printed electrodes (Includes 2 x optical fibers (600 um) ended in SMA 905 connections, 2 x optical filters 230-500 and 300-750 nm 2 x holders, 1 x RPROBE-VIS-UV and 1 x REFLECELL).
DRP-HCELLKIT
Hydrogen permeation kit additional cell to be acquired onlyDRP-I-CABSTAT
μStat Cable connector for μStat-i 400 and conventional electrodesμStat Cable connector for μStat-i 400 and conventional electrodes
DRP-I-CABSTAT1
μStat Cable connector for μStat-i 400s and conventional electrodesμStat Cable connector for μStat-i 400s and conventional electrodes
DRP-I-VKIT
Instruments verification kits for µStat-i-400 and µStat-i-400sKit for verifying the correct performance of instruments: μStat-i 400s, μStat-i 400s and μStat-i MultiX
DRP-LEDRGB
LED light red green blueLED light for performing fluorescence spectroscopy experiments coupled to spectroelectrochemistry
DRP-LEDUV275
LED light-UV 275 nmLED light for performing fluorescence spectroscopy experiments coupled to spectroelectrochemistry
DRP-LEDVIS395
LED light-VIS 395 nmLED light of 395 nm wavelength
DRP-PTGRID-TRANSCELL
Spectroelectrochemical cell with conventional electrodesThis cell allows mass electrolysis to be easily performed while transmission measurements (1 mm optical path) are acquired in the solution close to the electrode.
DRP-RAMANCELL-C
Raman spectroelectrochemical cell for conventional electrodesCell in PEEK for Raman spectroelectrochemical measurements. Designed be used with ref. RAMANPROBE and conventional Metrohm electrodes.
DRP-RAMANCELL-M
Raman Cell for microscopeCell for spectroelectrochemical applications in combination with a microscope, allowing the laser focus onto the surface of the working electrode, obtaining valuable information while the electrochemical process takes place.
DRP-RAMANCELLS-U3
PEEK spacers for DRP-RAMANCELL (0.5, 1 and 1.5 mmDRP-REFLECELL-C
UV-Vis/NIR spectroelectrochemical cell for conventional electrodesCell for UV-Vis/NIR spectroelectrochemical measurements with conventional electrodes.
DRP-RPROBE-VIS-NIR
Reflection probe VIS-NIRReflection probe VIS-NIR designed to perform reflection experiments.
DRP-SMAFC
SMA-FC adapterDRP-SMAFC105
SMA -FC fiber adapter 105 umDRP-SMAFC200
SMA -FC fiber adapter 200 umDRP-SPECELL4W-U20
Disposable well cell for 4W format screen-printed electrodesElectrochemical cells for easy and fast handling of 4W format screen-printed electrodes. Take advantage of their disposable, lightweight and quick-assembly design to handle large droplets and ensure good surface coverage and sample sealing.
DRP-SPECELL8W-U20
Disposable well cell for 8W format screen-printed electrodesElectrochemical cells for easy and fast handling of 8W format screen-printed electrodes. Take advantage of their disposable, lightweight and quick-assembly design to handle large droplets and ensure good surface coverage and sample sealing.
DRP-SPECELL8X-U20
Disposable well cell for 8X format screen-printed electrodesElectrochemical cells for easy and fast handling of 8X format screen-printed electrodes. Take advantage of their disposable, lightweight and quick-assembly design to handle large droplets and ensure good surface coverage and sample sealing.
DRP-SPECELL-U75
Disposable well cell for screen-printed electrodesElectrochemical cells for easy and fast handling of screen-printed electrodes. Take advantage of their disposable, lightweight and quick-assembly design to handle large droplets and ensure good surface coverage and sample sealing.
DRP-SYNCONN96X
Automatic controller for CONNECTOR96XSYNCONN96X is an automatic controller of CONNECTOR96X that allows executing the assays sequentially without the need of employing the manual rotating selectors at the CONNECTOR96X.
DRP-TFIBER-VIS-NIR
Transmission fiber VIS-NIRTransmission fiber VIS-NIR designed to perform transmission experiments
DRP-TLCELL
Thin-layer cell for screen-printed electrodesThin-layer electrochemical cell for screen-printed electrodes with 2mm banana direct connections
DRP-TRANSPACK-VIS-UV
Pack for transmission experiments with SPEs (Includes: 1 x TRANSCELL, 1 x CLENS, 1 x TFIBER-VIS-UV, 1 x RPROBE-VIS-UV and 1 x CAST-P)Pack designed for those researchers insterested in performing transmision UV-VIS experiments with screen-printed electrodes and SPELEC instrument
DRP-TUBEB-U12
PVC tube for peristaltic pump – 1,651 mm inner diameterPVC tube for peristaltic pump – 1.651 mm inner diameter
DRP-TUBEO-U12
PVC tube for peristaltic pump – 0,889 mm inner diameterPVC tube for peristaltic pump – 0.889 mm inner diameter
DRP-TUBER-U12
PVC tube for peristaltic pump – 1,143 mm inner diameterPVC tube for peristaltic pump – 1.143 mm inner diameter
DRP-TUBEY-U12
PVC tube for peristaltic pump – 1,422 mm inner diameterPVC tube for peristaltic pump – 1.422 mm inner diameter
DRP-USBFLOATING
USB floating cableThe floating USB cable is a galvanic isolation accessory that connected to your instrument will allow you to work in “floating mode” instead of “grounded mode”
DRP-VKIT
Instruments verification kits for µStat 300 and µStat 400Kit for verifying the correct performance of instruments: μStat 300 and μStat 400
DRP-VKITECL
Instruments verification kits for µStat ECL and SpectroECLKit for verifying the correct performance of instruments: μStat ECL and SpectroECL. With this kit you will be able to perform electrochemical and optical verification.
DRP-VKITMULTI
Instruments verification kits for µStat 4000P, µStat 4000, µStat 8000P and µStat 8000Kit for verifying the performance of instruments: μStat4000P, μStat 4000, μStat 8000P and μStat 8000. You will be able to verify each independent channel and the multichannel mode of your equipment.
DRP-VKITSPELEC
Instruments verification kits for SPELEC and SPELEC1050Kit for verifying the performance of instruments: SPELEC and SPELEC 1050. With this kit, you will be able to perform electrochemical and optical verification.
DRP-VKITSPELECNIR
Instruments verification kit for SPELEC NIRKit for verifying the correct performance of SPELECNIR instrument. With this kit, you will be able to perform electrochemical and optical verification.
DRP-VKITSPELECRAMAN
Instruments verification kit for SPELEC RAMANKit for verifying the correct performance of SPELECRAMAN instrument. With this kit, you will be able to perform electrochemical and optical verification.
DRP-HCELL
H-cell for hydrogen permeation experimentsThis cell consists of two electrochemical compartments in which hydrogen is produced in the load cell and detected in the oxidation cell. It can be used to evaluate hydrogen uptake, permeability and transport in a variety of metal membranes, among other applications.
DRP-BINP-PUR
Purified Bismuth Nanoparticles SolutionDRP-CUNP-PUR
Purified Copper Nanoparticles SolutionDRP-FOLSOL-AQU-1ML
Fullerenol solution-Aqueous-1 mLDRP-FOLSOL-AQU-5ML
Fullerenol solution-Aqueous-5 mLDRP-GQD
Graphene Quantum DotsDRP-IRNP-COL
Colloidal Iridium Nanoparticles SolutionDRP-PTAUNINW-LO-1.5
Platinum Gold Nickel Nanowires - Pt (1.5 μm) - Au (5 μm) - Ni (2 μm)DRP-PTAUNINW-SH-1.5
Platinum Gold Nickel Nanowires - Pt (1.5 μm) - Au (2 μm) - Ni (2 μm)DRP-RHNP-COL
Colloidal Rhodium Nanoparticles SolutionDRP-SBNP-PUR
Purified Antimony Nanoparticles SolutionDRP-SNNP-PUR
Purified Tin Nanoparticles Solution
- 6. aug. 2024Updated m-oem website emphasizes Metrohm components and capabilities
m-oem, the OEM division of Metrohm, has completed a significant upgrade to their website. Composed of B&W Tek, DropSens, Innovative Photonic Solutions (IPS) and Metroglas, m-oem offers the components found in Metrohm’s world-class analytical instruments to customers for integration and customization projects.
- 21. jun. 2022m-oem – enabling solutions
Metrohm celebrates the debut of m-oem, the company’s new oem brand, at this year’s Analytica in Munich. m-oem represents the four companies Innovative Photonic Solutions (IPS), B&W Tek, DropSens, and Metroglas.
- 26. apr. 2022Metrohm DropSens presents a multi-channel instrument to boost user experience
Metrohm DropSens presents µStat-i MultiX for flexible, free, and advanced electrochemical analysis. This instrument is dedicated to multi-user and multi-disciplinary laboratory research teams who look for a solution that covers their current and future needs.
- 21. apr. 2021New options emerge for the development of electrochemical sensors
Metrohm DropSens offers customizable and high-volume manufacturing solutions for electrochemical sensors.
- 27. maj 2020Rapid point-of-care testing using screen-printed electrodes from Metrohm DropSens
New Metrohm white paper on the viability of electrochemical testing and studies on rapid point-of-care virus testing.
