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MIRA XTR AdvancedMIRA XTR is an alternative for high power 1064 nm systems. Powered by advanced AI and Machine Learning, MIRA XTR uses a more sensitive 785 nm laser along with XTR algorithms to eXTRact the Raman data from the sample fluorescence. MIRA XTR also features Orbital Raster Scanning (ORS) to provide better coverage of the sample increasing the accuracy of the results.MIRA XTR Advanced package includes a Calibration Standard, Intelligent Universal Attachment, Right-angle Attachment, Vial Attachment, and MIRA SERS Attachment. A complete package for any type of analysis. Class 3B operation. MIRA XTR supports Metrohm handheld Raman libraries.
2.927.0010
MIRA P BasicThe Metrohm Instant Raman Analyzer (MIRA) P is a high-performance, portable Raman spectrometer used for rapid, nondestructive determination and verification of different material types, such as pharmaceutical APIs and auxiliary materials. Despite the small size of the instrument, the MIRA P is highly ruggedized and features a high-efficiency spectrograph equipped with our unique Orbital-Raster-Scan (ORS) technology. The MIRA P complies with the directives of FDA 21 CFR Part 11 in their entirety.MIRA P Basic package allows the user to customize the MIRA P to meet their needs. The MIRA P Basic package is a starter package that contains the basic components required for operating the MIRA P.The Basic package contains the MIRA calibration/verification accessories, the USP library, and the LWD attachment for analyses in bottles or bags. Laser Safety Class 3B operation.
2.927.0020
MIRA P AdvancedThe Metrohm Instant Raman Analyzer (MIRA) P is a high-performance, handheld Raman spectrometer used for rapid, nondestructive determination and verification of different material types, such as Pharmaceutical APIs and excipients. Despite the small size of the instrument, the MIRA P has a ruggedized design and features a high-efficiency spectrograph design equipped with our unique Orbital-Raster-Scan (ORS) technology. The MIRA P is fully compliant with FDA 21 CFR Part 11 regulations. The Advanced Package includes an attachment lens for analyzing materials directly or through containers (laser class 3b), as well as a vial holder attachment for analyzing samples contained in glass vials (laser class 1).
2.927.0030
MIRA P FlexThe MIRA P Flex package allows users to customize MIRA P to meet their needs. The Flex package includes the basic components needed to operate the MIRA P without sampling attachments. At least one sampling attachment is required for operation. The MIRA P Flex package includes the USP library, calibration/verification accessories, and a USB cable. Class 3B operation.
2.928.0110
NIRS XDS Process Analyzer – MicroBundle SinglePointThe NIRS XDS Process Analyzer – MicroBundle provides the next generation of process analyzers for real-time analysis in the pharmaceutical and chemical industries Non-destructive, accurate measurements of practically any sample type (powders, slurries, liquids,..) are performed directly in the process line, granulator, dryer or reaction vessel. The micro bundle fiber optics allows the measuring point to be up to 35 meter away from the XDS NIR process analyzer.
2.928.0120
NIRS XDS Process Analyzer – MicroBundle 4 ChannelsThe NIRS XDS Process Analyzer – MicroBundle provides the next generation of process analyzers for real-time analysis in the pharmaceutical and chemical industries. Non-destructive, accurate measurements of practically any sample type (powders, slurries, liquids,..) are performed directly in the process line, granulator, dryer or reaction vessel. Up to 4 probes and/or flow-cells can be connected to the analyzer. All 4 channels can be configured independently from each other and the micro bundle fiber optics allows the 4 measuring points to be up to 35 meter away from the XDS NIR process analyzer.
2.928.0130
NIRS XDS Process Analyzer – MicroBundle 9 ChannelsThe NIRS XDS Process Analyzer – MicroBundle provides the next generation of process analyzers for real-time analysis in the pharmaceutical and chemical industries. Non-destructive, accurate measurements of practically any sample type (powders, slurries, liquids,..) are performed directly in the process line, granulator, dryer or reaction vessel. Up to 9 probes and/or flow-cells can be connected to the analyzer. All 9 channels can be configured independently from each other and the micro bundle fiber optics allows the 9 measuring points to be up to 35 meter away from the XDS NIR process analyzer.
2.928.0210
NIRS XDS Process Analyzer – SingleFiber SinglePointThe NIRS XDS Process Analyzer – SingleFiber provides the next generation of process analyzers for real-time analysis in the pharmaceutical and chemical industries. Non-destructive, accurate measurements of clear liquids are performed directly in the process line or in a reaction vessel. Single fiber optics allows the measuring point to be up to 100 meter away from the XDS NIR process analyzer.
2.928.0220
NIRS XDS Process Analyzer – SingleFiber 4 ChannelsThe NIRS XDS Process Analyzer – SingleFiber provides the next generation of process analyzers for real-time analysis in the pharmaceutical and chemical industries. Non-destructive, accurate measurements of clear liquids are performed directly in the process line or in a reaction vessel. All 4 channels can be configured independently from each other in the software. Single fiber optics allows the 4 measuring points to be up to 100 meter away from the XDS NIR process analyzer.
2.928.0230
NIRS XDS Process Analyzer – SingleFiber 9 ChannelsThe NIRS XDS Process Analyzer – SingleFiber provides the next generation of process analyzers for real-time analysis in the pharmaceutical and chemical industries. Non-destructive, accurate measurements of clear liquids are performed directly in the process line or in a reaction vessel. Up to 9 probes and/or flow-cells can be connected to the analyzer. All 9 channels can be configured independently from each other in the software. Single Fiber optics allows the 9 measuring points to be up to 100 meter away from the XDS NIR process analyzer.
- AN-C-171AN-C-171N-methyldiethanolamine and piperazine in scrubber solution
Before the liquefaction process of the natural gas, carbonate and hydrogen sulfide need to be removed through a scrubber solution containing piperazine and N-methyl diethanolamine (MDEA). The concentration ratio of the two components is determined by ion chromatography on a Metrosep C 4 - 150/4.0 column applying direct conductivity detection.
- AN-C-172AN-C-172Cations in snow from an open field
Cation content in snow is greatly dependent on sampling site. Samples from remote areas are expected to exhibit lower cation concentrations. This application shows the analysis of a snow sample from an open field in an agricultural zone. Separation is performed on a microbore Metrosep C 6 - 100/2.0 column with direct conductivity detection. The relatively high ammonia content can be explained by animal husbandry in the vicinity of the sampling site.
- AN-C-173AN-C-173Cations in roadside snow
Cation content in snow is greatly dependent on sampling site. Roadside samples are likely to exhibit a high sodium content caused by the use of road salt. This application shows the analysis of a snow sample from a roadside. Separation is performed on a microbore Metrosep C 6 - 250/2.0 column with direct conductivity detection. The 250 mm column was selected due to the large difference in concentrations between sodium and ammonia. This condition enables a baseline separation of the two cations.
- AN-C-174AN-C-174Rapid determination of cations in drinking water on a microbore separation column
Cation analysis in drinking water is a routine task in ion chromatography and can be achieved with a variety of separating columns. The use of a microbore Metrosep C 6 - 250/2.0 column with a high eluent concentration makes it possible to reduce analysis time to less than 12 minutes. Very symmetrical peaks with high sensitivity for the divalent cations are also achieved. Direct conductivity detection is applied.
- AN-C-175AN-C-175Purity of 2-amino-N-(2,2,2-trifluoroethyl)-acetamide by ion chromatography
2-amino-N-(2,2,2-trifluoroethyl)-acetamide is a organic building block for synthesis of pharmaceutical products. Its purity is crucial for the success of the respective synthesis step. 2,2,2-trifluoroethylamine, glycine, and inorganic cations are of interest. Their total peak area is required to be < 2 % of the peak area of all peaks above the reporting level. Separation and quantification is achieved on a Metrosep C 4 - 250/4.0 cation column.
- AN-C-176AN-C-176Melamine in sawdust for animal feed by UV/VIS detection after cation chromatography
Chipped wood and sawdust may be used in production of feed e.g., for ruminants. Melamine, a raw material for resins in wood adhesives, is limited to be used in feed. Therefore, the melamine concentration in sawdust has to be analyzed. Melamine determined after ion chromatographic separation with UV/VIS detection.
- AN-C-177AN-C-177Dicyclohexylamine (DCHA) and methyldicyclohexylamine (MDCHA) in cooling lubricant applying Inline Dialysis
Abrasive machining of e.g., metal parts requires a cooling lubricant. Their purpose besides cooling and lubrication is to inhibit corrosion. Amines are added to the emulsion to keep the pH high. In the actual application, DCHA and MDCHA have to be analyzed besides other amine components and inorganic cations. To avoid oil contamination on the IC system, Inline Dialysis is applied. The detection is performed by direct conductivity detection.
- AN-C-178AN-C-178Aspartic acid, glutamic acid, TRIS, sodium, and potassium in cardioplegic solution
A cardioplegic solution protects the ischemic myocardium from cell death. It is applied together with hypothermia e.g. in open heart surgery. Here the simultaneous determination of aspartic acid, glutamic acid, tris(aminomethyl)aminomethane (TRIS), sodium and potassium in such a solution is given. The two amino acids can be determined as they are partially in the triple protonated ammonium form at the eluent pH. Determination is achieved by direct conductivity detection.
- AN-C-179AN-C-179Cations and lactic acid in whey powder applying two separation mechanisms in the same analysis
Whey is the remaining liquid after cheese production. It is mainly used as feed. It is also used as dietary supplement as a beverage or in powder form. This application determines lactic acid as well as cations in one determination. The Metrosep C 6 - 250/4.0 column separates sodium, potassium, magnesium, and calcium by ion exchange. It also acts as an ion-exclusion column, which separates lactic acid. Both lactic acid and the cations can be determined in the same run applying direct conductivity detection. While cations typically elute as negative peaks, lactic acid elutes as an early positive peak. MagIC Net shows both in the usual positive direction.
- AN-C-180AN-C-180Bicine in gas sweetening solvent by cation chromatography
Bicine (2-(Bis(2-hydroxyethyl)amino)acetic acid) is a corrosive component. It has to be avoided in acidic gas sweetening solvents. These solvents are based on organic amines. Bicine is amphoteric, holding a carboxylic and an amine group. Under the applied conditions, the amine groups are at least partially protonated and therefore may be separated by cation chromatography. The detection mode is direct conductivity detection.
EQCM.CE
EQCM counter electrodeGold coil counter electrode for Autolab EQCM cell.
EQCM.PT
EQCM 6 MHz Pt-coated crystal working electrodeEQCM 6 MHz Pt-coated crystal working electrode
EQCM.REF.EL.S
Reference Electrode Ag/AgCI 3M KCIReference Electrode Ag/AgCl 3M KCl
FS-BDD
Free-standing boron-doped diamond (BDD) electrodic materialProduct based on a free-standing boron-doped diamond material, which provides excellent electronic transfer properties for its use as an ultra-sensitive electroanalytical platform.
G-IDECU5
Interdigitated copper electrodeInterdigitated copper electrode suitable for the development of (bio)sensing applications in multiple sectors and fields. The interdigitated configuration makes these electrodes ideal for conductivity and impedance measurements.
G-IDEMIX
Mix of interdigitated electrodesMix of interdigitated electrodes of differnt materials and spacing. Suitable to perform tests prior the development of a concrete application
GLU10HC
Screen-printed electrodes for wide linear-range glucose detectionScreen-printed electrodes intended for the determination of Glucose in liquid samples allowing measurement of high concentrations of glucose up to 25 mM.
G-MEA222
Gold MicroElectrode array d. 3mm / Microholes 10 microns/ Glass substrateGold MicroElectrode array d. 3mm / Microholes 10 microns/ Glass substrate
G-MEA555
Platinum MicroElectrode array d. 3mm / Microholes 10 microns/ Glass substratePlatinum MicroElectrode array d. 3mm / Microholes 10 microns/ Glass substrate
G-MEAB222
Gold Band MicroElectrode arraysGold Band MicroElectrodes Arrays are composed of an auxiliary, reference and working electrode all made in gold. The working electrode is a metallic surface made of gold covered by a SU-8 resin microperforated, defining an array of bands of 10 µm width. These microarray electrodes exhibit enhanced diffusion, sensitivity and detection limits.
6.07311.200
Sample cup, quartz, pk=3Quartz cup for sample injection in Metrohm Combustion IC (TEI), 3 pcs.
6.07311.210
Sample cup, quartz, pk=30Quartz cup for sample injection in Metrohm Combustion IC (TEI), 30 pcs.
6.07311.220
Sample cup, ceramic, pk=3Ceramic cup for sample injection in Metrohm Combustion IC (TEI), 3 pcs.
6.07311.230
Sample cup, ceramic, pk=30Ceramic cup for sample injection in Metrohm Combustion IC (TEI), 30 pcs.
6.07311.240
Slider boat, quartzSlider boat for the Boat Introduction Module 6.07311.010, quartz.
6.07311.250
Slider boat, ceramicBoat drive for sample boat of the 6.07311.020 Boat Introduction Module, ceramic.
6.07311.260
Boat guiding tubeBoat guiding tube for the Boat Introduction Module quartz (6.07311.010) or ceramic (6.07311.020).
6.07311.270
O-Ring Set (TEI), siliconeO-Ring Set (TEI) for the combustion tube and the guide tubing for the Boat Introduction Module.
6.07311.280
O-Ring Set combustion tube (TEI), siliconeO-Ring Set (TEI) for the combustion tube.
6.07311.290
Septum for Introduction Module (TEI)Septum for liquid injection port of the Introduction Modules (TEI) 6.07311.010, 6.07311.020, 6.07311.030, 6.07311.040.
