They have enabled hundreds of thousands of professionals, enthusiasts and beginners around the world to move from difficult and inaccurate visual testing to accurate and precise digital analysis.
Milwaukee's instruments are manufactured in Europe.
Mit der Milwaukee M10007B pH 7.01 Kalibrierlösung im praktischen Beutel lassen sich pH-Messgeräte zuverlässig justieren. Die Einwegpackungen garantieren konstante Qualität und sind ideal für Labor und Außeneinsätze.
Die Milwaukee M10010B pH 10.01 Lösung im Beutel eignet sich optimal für Kalibrierungen im alkalischen Bereich. Dank der Einzelverpackung bleibt die Lösung frisch und frei von Verunreinigungen – perfekt für präzise Messungen.
Die M10016B Reinigungslösung von Milwaukee sorgt für eine gründliche Pflege von Elektroden. Jeder Beutel enthält 20 ml und bietet eine hygienische, frische Anwendung, um die Lebensdauer und Genauigkeit der Messgeräte zu erhalten.
Die M10030B ist eine gebrauchsfertige Kalibrierlösung für Leitfähigkeitsmessgeräte im Bereich von 12880 µS/cm. Die Einzelbeutel sichern präzise Ergebnisse und verhindern Kontamination durch wiederholte Nutzung.
Mit der M10031B können Leitfähigkeitsmessgeräte auf 1413 µS/cm zuverlässig kalibriert werden. Die handlichen 20 ml Beutel sind sofort einsatzbereit und garantieren konstante Qualität.
Die M10032B ist eine präzise TDS-Kalibrierlösung (1382 ppm) im Einwegbeutel. Perfekt für portable und Laborgeräte, wenn eine schnelle und saubere Kalibrierung erforderlich ist.
Mit der M10038B lässt sich die Genauigkeit von TDS-Messgeräten für höhere Konzentrationen zuverlässig überprüfen. Jeder 20 ml Beutel ist einzeln versiegelt, um eine gleichbleibende Qualität sicherzustellen.
Die M10080B Lösung mit 800 ppm TDS ist ideal für Anwendungen im mittleren Messbereich. Durch die Portionsbeutel ist eine exakte, kontaminationsfreie Kalibrierung gewährleistet.
The Milwaukee MA840 is a polarographic replacement probe for the MW600 Dissolved Oxygen meter.The refillable polarographic probe has an oxygen-permeable polytetrafluroethylene (PTFE) membrane sensor for measuring dissolved oxygen (DO) levels in aqueous solutions.The probe uses a platinum cathode and a silver chloride anode which the MW600 meter polarizes so that oxygen passing through the membrane can be measured to produce stable, accurate readings.DESIGN FEATURESReinforced plastic body for durabilityBuilt in temperature sensor to achieve thermal equilibrium between the sensor and the sample for more accurate reading25,4cm long with a tip that tapers from 1-1/2" to 3/4" in diameter3m cable with a 7-pin DIN connector for attaching to the meter
The Milwaukee MA860 is a Galvanic replacement probe for the MW605 MAX Dissolved Oxygen meter.The refillable Galvanic probe has an oxygen-permeable polytetrafluroethylene (PTFE) membrane sensor for measuring dissolved oxygen (DO) levels in aqueous solutions and a built in temperature sensor.The probe uses a silver cathode and a zinc anode.The body is made of PP and ABS.DESIGN FEATURESReinforced plastic PP, ABS for durabilityBuilt in temperature sensor to achieve thermal equilibrium between the sensor and the sample for more accurate reading160 mm long with a tip that tapers from 1-1/2" to 3/4" in diameter3.0 m cable with a 7-pin DIN connector for attaching to the meter
The Milwaukee MA861 Dissolved Oxygen Membranes are compatible with the MA860 Galvanic Dissolved Oxygen Probe used on the MW605 MAX Dissolved Oxygen Meter.DESIGN FEATURESOxygen-permeable polytetrafluroethylene (PTFE) membrane sensorEasy to fill with MA9072S Oxygen Electrolyte SolutionIncludes membranes and 5x o-rings
The digital refractometer is an optical instrument that measures the refractive index to determine the percentage Brix content of sugar.
The digital refractometer is an optical instrument that measures the refractive index to determine the percentage fructose content.
The digital refractometer is an optical instrument that measures the refractive index to determine the percentage glucose content.
Digital refractometers are optical instruments that use the measurement of refractive index to determine the percentage of invert sugar.
The digital refractometer is an optical instrument that measures the refractive index to determine the percentage Brix content of sugar.
The digital refractometer is an optical instrument that measures the refractive index to determine the percentage Baumé content of sugar.
The digital refractometer is an optical instrument that measures the refractive index of Brix and potential alcohol to determine the percentage of sugar.
The digital refractometer is an optical instrument that measures Brix, °Oechsle and °KMW (°Babo) to determine the percentage of sugar.
The MA886 digital refractometer uses the refractive index to determine sodium chloride concentration in aqueous solutions used in food preparation. The MA886 is not designed for measuring salinity in sea or aquarium water. Use MA887 for this application.The MA886 utilizes internationally recognized references for unit conversion and temperature compensation. It can display the measurement of NaCl concentration in 4 different ways: g/100 g, g/100 mL, Specific Gravity, and °Baumé.Temperature (in °C or °F) is displayed simultaneously with the measurement (on 3 of the ranges) on the large dual level display along with icons for "Low Power" and other helpful message codes.With the MA886, you can get a digital readout within seconds accurate to ±2 ppt with automatic temperature compensation (ATC).Design featuresFast, accurate results with digital dual level LED readout Easy measurement with just 2-3 drops of sample needed and results less than 2 secondsAutomatically temperature compensatedSimple one-point calibration using distilled or deionized water Easy to clean, stainless steel sample well with unit rated to IP65 as "dust tight" and protected against water jets Battery percent level indicator with automatic shut-off (batteries included)
Thousands of saltwater aquarium enthusiasts have dialed in the analysis with this salinity refractometer. No more visual readings. Get a digital readout within seconds accurate to ±2 ppt with automatic temperature compensation (ATC).
The MA888 is an potical instrument that employs the measurements of the refractive index to determine the % volume and freezing point of ethylene glycol based coolants of antifreeze.The digital refractometer eliminates the uncertainty associated with mechanical refractometers and is easily portable for use in the field to optimize your cooling system.The MA888 refractometer is an optical device that is simple and quick to use. Samples are measured after a simple user calibration with distilled or deionized water. Within seconds, the refractive index and temperature are measured and converted into one of two measurement units; % Volume or Freezing Point.The Instrument utilizes internationally recognized references for unit conversion and temperature compensation for ethylene glycol solutions (e.g. CRC Handbook of Chemistry and Physics, 87th Edition).The temperature (in °C or °F) is also displayed on the large dual level display along with helpful message codes.Key features:Dual-level LCDAutomatic Temperature Compensation (ATC)Easy setupBattery operation with Low Power indicator (BEPS)Automatically turns off after 3 minutes of non-use
The Milwaukee MA906BR/1 Reinforced pH/Redox/Temp replacement electrode for Milwaukee MW105 pH/Temp and MW106 pH/ORP/Temp meters.The MA906BR/1 has a rugged housing (epoxy) and comes with a 1m cable and BNC connector (meters sold separately).OPR probes for MW105 or MW106 are available separately.The probe connects quickly and firmly to a BNC connector. No slipping off is to be feared.
The MA911B/2 probe is lab grade, gel-filled pH probe for use with Milwaukee Monitors and Controllers.DESIGN FEATURESTop features include:DOUBLE JUNCTIONThe double junction junction design reduces the risk of clogging.SPHERICAL GLASS TIPThe sperical glass tip provide the largest possible surface area for faster results.RESIN BODYThe resin body is tough to withstand accidental knocks and also protects the glass sensing bulb.EXTENDED CABLEOffers a 2m cable for increased flexibility in measuring.USE AND CAREpH meters usually start performing poorly because of problems with the probe. The two parts of the pH probe that cause problems are the glass sensing bulb and the reference junction.SENSING BULBThe glass bulb loses sensitivity with use and will eventually fail. This is true of all pH probes.REFERENCE JUNCTIONThe reference junction is a small hole that allows the meter to compare the sample to a reference. The reading is generated based on the electrical difference between the sample and reference. If the junction hole gets clogged, the pH probe will no longer function. You can extend the life of your pH electrode in the following ways.STORAGEThe pH probe needs to be kept hydrated. Long periods of dry storage will damage the sensitivity of the probe. Allowing the probe to dry out may also result in the junction hole getting clogged. Storing in pH probe storage solution or pH calibration buffers will help address both these issues. Do not store in tap water and DI water. This will damage the sensitivity of the probe. The best way to store the probe is with the probe's cap filled with storage solution or calibiration buffer and the cap tightened to prevent leakage. It is also recommended that to store the electrode upright to further reduce the potential for leakage. CLEANINGResidue from the sample can impact the sensitivity of the sensing bulb and block the junction. This is especially true if the sample has a lot of organic material. We recommend regularly soaking your electrode in cleaning solution.CALIBRATIONThe pH sensing bulbs become less sensitive over time so make sure that you are calibrating regularly to keep your PRO pH meter accurate. Also, calibrate after cleaning or a long period of storage.