Frequently Asked Questions What does the Milwaukee CD610 TDS tester measure? The Milwaukee CD610 measures the total dissolved solids (TDS) content in water. It records the total amount of substances dissolved in the water and displays the value in ppm (parts per million) or mg/L. The measuring range extends from 0 to 10,000 ppm, making it suitable even for water with a higher mineral or salt content. Can I use it to check water quality quickly? Yes, the device provides a reading within a few seconds, saving you the hassle of time-consuming water tests. What applications is the meter suitable for? Ideal for drinking water, aquariums, ponds, hydroponics, swimming pools and many other water applications. Do I need experience with such meters? No, it is easy to use and straightforward even for beginners. Can I use the device on the go? Yes, thanks to its compact pen-like shape, it fits comfortably in a pocket or toolbox. How do I read the result? The measurement is shown directly on the digital display and is easy to read. Why is a digital meter better than test strips? You get quick, accurate results without having to compare colours or make estimates. Is the device also suitable for water with a high mineral content? Yes, it has been specially developed for higher measurement ranges and is suitable for many types of water.

Compact conductivity tester for measurements in the medium-to-high conductivity range. Features automatic temperature compensation, a rugged design, and simple operation for laboratory, water analysis, and mobile applications. Milwaukee CD611 Conductivity Tester – Reliable, simple, and precise EC measurement The Milwaukee CD611 is a compact conductivity tester designed for the reliable measurement of electrical conductivity in water samples with medium-to-high conductivity levels. Its ease of use makes the device suitable for both regular spot checks and mobile field applications. Integrated automatic temperature compensation accounts for temperature fluctuations during measurement, ensuring consistent readings. This allows the tester to be used in various environments without the need for manual temperature corrections. Thanks to its rugged construction, the CD611 is built for daily use. Its compact size ensures easy portability, making it a practical solution for users who need quick measurement results directly on-site. Whether in the laboratory, during water analysis, or for routine checks in technical systems, the Milwaukee CD611 offers a straightforward way to monitor the conductivity of water samples. Technical Data Measurement parameter: Conductivity Measurement range: 0 to 20,000 µS/cm Accuracy: EC: ±2% of full scale Temperature compensation: Automatic Key Benefits at a Glance For conductivity measurements in the medium-to-high range Simple and convenient operation Compact design for mobile applications Rugged build for daily use Typical Applications Water analysis Laboratory applications Water treatment Process control Frequently Asked Questions How can I measure the EC value in water quickly and easily? Simply dip it into the sample, wait a moment, and read the value straight away. What can I use the EC Pen for? Ideal for plant care, hydroponics, aquariums and general water testing. Can I use it without any prior knowledge? Yes, the device is very straightforward and ready to use straight away. How accurate are the readings in everyday use? The readings are reliable and well suited for regular checks. How often should I calibrate the device? Regular calibration ensures consistently accurate results. For which liquids can I use the meter? It is suitable for many water-based solutions where conductivity needs to be tested. Can I read the values directly on the display? Yes, the display shows the measurement results clearly and legibly. Is the Milwaukee CD611 conductivity tester also suitable for use on the go? Yes, thanks to its compact design, it fits easily into any bag. How quickly do I get a measurement result? The reading is usually displayed within a few seconds. Who is the Milwaukee CD611 particularly suitable for? For anyone who wants to check conductivity values easily, quickly and reliably.

Frequently Asked Questions What does a TDS meter actually measure? A TDS meter measures the electrical conductivity of the water, which is caused by dissolved substances. This is used to calculate a value for the total amount of dissolved solids. It is important to note that the meter only indicates the quantity of dissolved substances, not their type or purity. A high TDS value therefore does not automatically mean that the water is contaminated or unhealthy – nor does a low value guarantee that the water is free from pollutants. Measurement range: 0 to 990 ppm (mg/l) What does TDS mean? What is ppm? TDS stands for Total Dissolved Solids – that is, the total amount of all dissolved solids in the water. These include minerals, salts, metals and organic substances dissolved in the water. The concentration of these dissolved substances is given in milligrams per litre (mg/L) or parts per million (ppm). Is it easy to use, even for beginners? Yes. Switch it on, dip it in the water and read the value straight away – no prior knowledge required. How accurate are the measurement results? For everyday use, the readings are reliable and provide a good indication of water quality. Can I use the tester when I’m out and about? Yes, the device is compact, lightweight and fits easily into any bag. Who would particularly benefit from buying this? Ideal for anyone who wants to check their water quality quickly and easily themselves.

for pH/ORP electrodes

Die MA9071 Elektrolytlösung ist speziell für gelöste-Sauerstoff-Sonden konzipiert. Sie sorgt für eine zuverlässige Funktion und exakte Messergebnisse.

This Nutrient Meter is designed for Hydroponics, horticulture and agriculture to help you make sure that your vegetables and plants are receiving the right amount of nutrient to promote healthy growth with low to zero product waste. Keep EC/TDS in your target range to help your achieve better results.- Readings are displayed with 20 LEDs graph bar- Range 0.2 to 4 mS/cm- The alarm feature is user settable and is displayed on the LED bar- No calibration required- Auto-ON/OFF function- The auto-check feature indicates the battery level- Waterproof and floating design makes the stick an appropriate tool for stirring nutrient solutions in a bucket/tank- Graphite EC probe with ATC

Waterproof multifunction meter for measuring conductivity, TDS, and temperature. Features automatic temperature compensation, a replaceable probe, and simple calibration for various applications. Milwaukee EC59 Waterproof Conductivity, TDS, and Temperature Meter – Precision and reliability for all water quality monitoring applications. The Milwaukee EC59 combines conductivity (EC), TDS, and temperature measurements into a single, compact handheld device. By integrating multiple measurement parameters, it is ideal for users who need to assess water quality quickly and easily without carrying multiple instruments. Automatic temperature compensation ensures reliable readings even when temperatures fluctuate. Additionally, automatic 1-point calibration allows for easy setup and regular accuracy checks, making the meter suitable for both beginners and experienced users. A key advantage of the EC59 is its replaceable electrode. The electrode can be swapped out if it wears down or performance declines, thereby extending the device's service life. Its robust, waterproof housing makes it a reliable tool for use in laboratories, greenhouses, or directly in the field. By simultaneously measuring conductivity, TDS, and temperature, the Milwaukee EC59 is suitable for a wide range of water quality monitoring and control applications. Technical Specifications Measurement parameters: Conductivity | TDS (Total Dissolved Solids) | Temperature Measurement range: 0 to 3999 µS/cm | 0 to 2000 ppm TDS | 0.0 to 60.0 °C (32.0 to 140.0 °F) Resolution: 1 µS/cm / 1 ppm / 0.1 °C / 0.1 °F Accuracy (EC/TDS/Temp.): 2% of full scale | +/-0.5 °C (+/-1 °F) Temperature compensation: Automatic Key benefits at a glance Measurement of conductivity, TDS, and temperature with a single device Waterproof housing for daily use Replaceable electrode for extended service life Compact and user-friendly design Ideal for portable and stationary measurements Typical applications Water treatment Aquaculture Hydroponics Laboratory applications Environmental analysis Frequently Asked Questions Can I use the device even if I have no prior knowledge? Yes, it is easy to use and the readings can be taken quickly. What can I actually measure with this tester? You can check the water quality based on conductivity, TDS value and temperature. Is the device suitable for outdoor use? Yes, the waterproof housing protects the device when used in damp environments. Will I need to replace the probe at some point? Yes, the probe is replaceable and can be replaced if necessary. How quickly do I get a measurement result? The measurement is taken within a few seconds of immersion in water. For which applications is the device particularly suitable? It is suitable for aquariums, hydroponics, swimming pools and many other water-related applications. Is the device compact enough for use on the go? Yes, thanks to its handy size, it fits easily into a bag or toolbox.

Waterproof multifunction meter for measuring conductivity, TDS, and temperature in high ranges. Features automatic temperature compensation, a replaceable probe, and a rugged design suitable for applications in aquaculture, industry, water treatment, and food production. Milwaukee EC60 waterproof high-range conductivity, TDS, and temperature meter – Reliable water quality monitoring – anywhere you need it The Milwaukee EC60 was developed for applications requiring reliable measurement of higher conductivity and TDS levels. This compact meter combines conductivity, total dissolved solids (TDS), and temperature measurements into a single device, making it suitable for a wide range of applications. Its extended measurement range makes the EC60 particularly well-suited for samples with high salt or mineral concentrations. Automatic temperature compensation accounts for temperature fluctuations during measurement, ensuring consistent results. Its rugged, waterproof design allows for both indoor and outdoor use. Automatic 1-point calibration ensures quick setup and easy maintenance. The replaceable probe further extends the meter's service life and helps reduce long-term costs. By simultaneously measuring conductivity, TDS, and temperature, the Milwaukee EC60 offers a practical solution for users who need to monitor multiple water parameters with a single device. Technical Specifications Measurement parameters: Conductivity (High range) | TDS (Total Dissolved Solids) | Temperature Measurement range: 0.00 to 20.00 mS/cm | 0.00 to 10.00 ppt (= 10,000 ppm) TDS | 0.0 to 60.0 °C Resolution: 0.01 mS/cm / 0.01 ppt / 0.1 °C / 0.1 °F Temperature compensation: Automatic Key benefits at a glance Designed for higher conductivity and TDS ranges Waterproof housing for daily use Automatic temperature compensation Replaceable probe for extended service life Compact and user-friendly design Typical applications Aquaculture and coral farming Beverage industry Food production Swimming pool technology Hydroponics Water treatment Frequently Asked Questions Can I check the water parameters on the spot? Yes, this compact device is ideal for quick measurements on the go. What water applications is the tester suitable for? It is suitable for aquariums, hydroponics, swimming pools and many other areas. Do I need to buy several devices for different measurements? No, the tester measures several key water parameters in a single device. It combines EC, TDS and temperature measurements in a waterproof unit and offers automatic temperature compensation. Measurement parameters: Conductivity (high range) | TDS (total dissolved solids) | Temperature Measuring range: 0.00 to 20.00 mS/cm | 0.00 to 10.00 ppt (= 10,000 ppm) TDS | 0.0 to 60.0 °C How easy is it to use on a daily basis? Measurements can be taken in just a few simple steps and the display is easy to read. What happens if the probe wears out? The probe can be replaced without having to replace the entire device. Is the device splash-proof? Yes, the waterproof housing is designed for damp working environments. How quickly do I see the measurement result? The values are shown on the display within a few seconds.

Frequently Asked Questions Why do I need a buffer or calibration solution? It allows you to set up your measuring device correctly and ensures reliable readings. How often should I calibrate my measuring device? That depends on how often you use it. If used frequently, regular calibration is recommended. Is the Milwaukee calibration solution also suitable for other measuring devices? In many cases, yes, provided the same measurement range is used. Can I use an opened solution more than once? Yes, as long as it remains clean and is stored correctly. How do I store buffer and calibration solutions correctly? It is best to store them in a cool, dry place and keep them tightly sealed. How do I know when I should recalibrate? If the readings seem unusual or change significantly.

Frequently Asked Questions Why do I need a buffer or calibration solution? It allows you to set up your measuring device correctly and ensures reliable readings. How often should I calibrate my measuring device? That depends on how often you use it. If used frequently, regular calibration is recommended. Is the Milwaukee calibration solution also suitable for other measuring devices? In many cases, yes, provided the same measurement range is used. Can I use an opened solution more than once? Yes, as long as it remains clean and is stored correctly. How do I store buffer and calibration solutions correctly? It is best to store them in a cool, dry place and keep them tightly sealed. How do I know when I should recalibrate? If the readings seem unusual or change significantly.

Frequently Asked Questions Why do I need a buffer or calibration solution? It allows you to set up your measuring device correctly and ensures reliable readings. How often should I calibrate my measuring device? That depends on how often you use it. If used frequently, regular calibration is recommended. Is the Milwaukee calibration solution also suitable for other measuring devices? In many cases, yes, provided the same measurement range is used. Can I use an opened solution more than once? Yes, as long as it remains clean and is stored correctly. How do I store buffer and calibration solutions correctly? It is best to store them in a cool, dry place and keep them tightly sealed. How do I know when I should recalibrate? If the readings seem unusual or change significantly.

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.

Frequently Asked Questions Why do I need a buffer or calibration solution? It allows you to set up your measuring device correctly and ensures reliable readings. How often should I calibrate my measuring device? That depends on how often you use it. If used frequently, regular calibration is recommended. Is the Milwaukee calibration solution also suitable for other measuring devices? In many cases, yes, provided the same measurement range is used. Can I use an opened solution more than once? Yes, as long as it remains clean and is stored correctly. How do I store buffer and calibration solutions correctly? It is best to store them in a cool, dry place and keep them tightly sealed. How do I know when I should recalibrate? If the readings seem unusual or change significantly.

Frequently Asked Questions Why do I need a buffer or calibration solution? It allows you to set up your measuring device correctly and ensures reliable readings. How often should I calibrate my measuring device? That depends on how often you use it. If used frequently, regular calibration is recommended. Is the Milwaukee calibration solution also suitable for other measuring devices? In many cases, yes, provided the same measurement range is used. Can I use an opened solution more than once? Yes, as long as it remains clean and is stored correctly. How do I store buffer and calibration solutions correctly? It is best to store them in a cool, dry place and keep them tightly sealed. How do I know when I should recalibrate? If the readings seem unusual or change significantly.

Die M10032B ist eine präzise TDS-Kalibrierlösung (1382 ppm) im Einwegbeutel. Perfekt für portable und Laborgeräte, wenn eine schnelle und saubere Kalibrierung erforderlich ist. Häufige Fragen Wofür brauche ich eine Puffer- oder Kalibrierlösung? Damit stellen Sie Ihr Messgerät richtig ein und sorgen für verlässliche Messwerte. Wie oft sollte ich mein Messgerät kalibrieren? Das hängt von der Nutzung ab. Bei häufiger Nutzung empfiehlt sich eine regelmäßige Kalibrierung. Passt die Milwaukee Kalibrierlösung auch zu anderen Messgeräten? In vielen Fällen ja, wenn der gleiche Messbereich verwendet wird. Kann ich eine geöffnete Lösung mehrfach verwenden? Ja, solange sie sauber bleibt und korrekt gelagert wird. Wie lagere ich Puffer- und Kalibrierlösungen richtig? Am besten kühl, trocken und gut verschlossen lagern. Woran erkenne ich, dass ich neu kalibrieren sollte? Wenn Messwerte ungewöhnlich wirken oder diese sich deutlich verändern.

Frequently Asked Questions Why do I need a buffer or calibration solution? It allows you to set up your measuring device correctly and ensures reliable readings. How often should I calibrate my measuring device? That depends on how often you use it. If used frequently, regular calibration is recommended. Is the Milwaukee calibration solution also suitable for other measuring devices? In many cases, yes, provided the same measurement range is used. Can I use an opened solution more than once? Yes, as long as it remains clean and is stored correctly. How do I store buffer and calibration solutions correctly? It is best to store them in a cool, dry place and keep them tightly sealed. How do I know when I should recalibrate? If the readings seem unusual or change significantly.

Frequently Asked Questions Why do I need a buffer or calibration solution? It allows you to set up your measuring device correctly and ensures reliable readings. How often should I calibrate my measuring device? That depends on how often you use it. If used frequently, regular calibration is recommended. Is the Milwaukee calibration solution also suitable for other measuring devices? In many cases, yes, provided the same measurement range is used. Can I use an opened solution more than once? Yes, as long as it remains clean and is stored correctly. How do I store buffer and calibration solutions correctly? It is best to store them in a cool, dry place and keep them tightly sealed. How do I know when I should recalibrate? If the readings seem unusual or change significantly.

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

Digital Brix refractometer for rapid determination of sugar content via the refractive index. Features automatic temperature compensation, fast measurement times and a robust IP65 design for use in laboratories, production and quality control. Milwaukee MA871 Digital Brix Refractometer – Precise Brix measurements at the touch of a button The Milwaukee MA871 digital Brix refractometer has been developed for fast, precise and reliable Brix measurements. It is ideal for use in the food and beverage industry as well as in agriculture. Whether in breweries, wineries, maple syrup production or food quality assurance – the MA871 delivers accurate measurement results in a very short time and requires only a minimal sample volume. The measurement is carried out by recording the refractive index, which means the Brix value is displayed directly and conveniently on the screen. This makes the device suitable for applications where the sugar content needs to be regularly checked or documented. Automatic temperature compensation (ATC) automatically adjusts readings to account for temperature fluctuations, ensuring high accuracy at all times. The digital measurement technology eliminates the need for complex calculations and reading from optical scales. Thanks to its simple operation, you can obtain professional results quickly, conveniently and reliably. Thanks to the short measurement time, the result is available within a few seconds, making the device particularly suitable for routine checks. The robust housing and IP65 protection rating make the refractometer a reliable companion for the laboratory, production and quality control. The automatic switch-off also helps to extend battery life. Advantages Precise measurement results – Measures values from 0 to 85% Brix with an accuracy of ±0.2%. Digital display of measurement results – The digital readout reduces potential reading errors and makes the device easy to use in everyday applications. Unlike traditional optical refractometers, there is no need to manually read a scale. Fast measurement – Delivers reliable results in less than 2 seconds. User-friendly operation – The intuitive two-button operation ensures ease of use. Low sample consumption – Only 2–3 drops are required for a measurement. Automatic temperature compensation (ATC) – Ensures consistently accurate measurement results at different temperatures. Long-lasting power supply – Equipped with a battery level indicator and automatic switch-off function. Wide range of applications – Suitable for breweries, viticulture, food processing and agricultural sectors. Typical applications Food and beverage industry Quality control Fruit and juice analysis Wine and must analysis Agricultural applications Laboratory and training Scope of delivery Milwaukee MA871 Digital Brix Refractometer 9V battery User manual Order the Milwaukee MA871 now Benefit from modern, fast and accurate Brix measurement and maintain control over your processes at all times, whether in brewing, food production or agricultural applications. Frequently Asked Questions What is a digital refractometer used for? The MA871 is a digital refractometer that determines the Brix percentage (sugar content) in plant leaves. Is it complicated to use? No, taking a measurement is both quick and easy. Just a few drops are needed to get an instant digital result. How accurate are the measurements? The measurements are precise and provide reliable data for everyday use. Who would benefit most from this device? Anyone who needs accurate measurements quickly and without hassle. How does the Milwaukee MA871 digital Brix refractometer work? To use the MA871 digital refractometer, simply extract some sap from the leaves and place it on the measurement surface. Within about 1.5 seconds, the device displays the sugar content in % Brix (with an accuracy of 0.1% and 0.1°C). What is the ideal Brix range for plants? An optimal value lies between 12% and 15% Brix. In this range, plants are typically well-nourished, healthy, and resistant to disease, allowing them to produce significant biomass. A value below 12% Brix indicates potential issues with the grow. Possible causes include insufficient light, an unfavorable climate in the grow tent, or inadequate nutrient supply. In such cases, action is required to improve conditions and ensure a good final yield. Why is measuring sugar content in plants important? Measuring sugar content is important because it serves as a key indicator of a plant's energy supply and overall health. The MA871 digital refractometer allows for quick and reliable measurement of this value. The sugar produced through photosynthesis is crucial for growth, development, and the formation of biomass and flowers. Downward deviations may indicate stress or supply issues that limit plant growth.

Digital refractometer for determining fructose content via the refractive index. Features automatic temperature compensation, fast measurement times and a robust design for laboratory, quality control and production applications. Milwaukee MA872 Digital Refractometer for Fructose The Milwaukee MA872 is a digital refractometer for the rapid determination of fructose content in liquid samples. The measurement is carried out by recording the refractive index, whereby the fructose content is displayed directly as a percentage. This makes the instrument suitable for applications where simple and reproducible monitoring of the fructose content is required. Unlike conventional optical refractometers, the results are evaluated digitally. This simplifies operation and reduces the risk of reading errors. Just a few drops of sample are sufficient for a measurement, making the device ideal for regular checks and small sample volumes. Automatic temperature compensation accounts for temperature fluctuations during measurement and ensures reliable results. Thanks to the short measurement time, the result is available within a few seconds, which supports efficient workflows in the laboratory, quality control and production. The robust housing with IP65 protection protects the device during daily use. This is complemented by an automatic switch-off function, which helps to extend battery life. Advantages Direct display of the measured value without manual reading Fast measurement results within a few seconds Automatic temperature compensation Small sample size required Robust design for daily use Typical applications Quality control Food analysis Research and development Laboratory applications Production monitoring Scope of delivery Milwaukee MA872 digital refractometer for fructose 9V battery User manual Frequently Asked Questions How quickly do I get a measurement result? The result appears on the display in less than 2 seconds, allowing you to continue working immediately. Do I need a large sample for a measurement? No, just 2 to 3 drops are sufficient. This saves material and makes the device particularly easy to use. Is the device suitable for jams and jellies? Yes, many users employ it for exactly that purpose. It makes monitoring fructose content easier, especially with sweet products. Do I need to account for the sample temperature? No, the device automatically compensates for temperature fluctuations to ensure reliable measurement results. How involved is the cleaning process after measurement? The stainless steel measurement chamber and the sealed prism are quick and easy to clean. Is the refractometer suitable for beginners? Yes, it is operated using just two buttons, making the device intuitive and ready for use in no time. How accurate is the Milwaukee MA872? The device measures fructose levels with an accuracy of ±0.2% and delivers reproducible results for consistent product quality.

Digital refractometer for determining the glucose content in liquid samples. Featuring automatic temperature compensation, rapid measurement and a robust design for laboratory, quality control and production applications. Milwaukee MA873 Digital Refractometer for Glucose The Milwaukee MA873 has been specially developed for determining the glucose content in liquid samples. As a digital refractometer, it measures the refractive index of the sample and uses this to calculate the corresponding glucose content. The measurement results are shown directly on the display, enabling quick and convenient evaluation. Digital data acquisition eliminates the need to interpret scales, as is required with traditional optical refractometers. This simplifies use and ensures consistent evaluation of measurement results. Thanks to its short measurement time, the device is suitable for both one-off measurements and regular monitoring tasks. The integrated temperature compensation accounts for temperature fluctuations during analysis and ensures reliable determination of glucose content. Just a few drops of sample are sufficient for the measurement, allowing even small sample volumes to be analysed efficiently. The refractometer features a robust housing and is designed for daily use in laboratories, quality control and production. The automatic switch-off function helps to conserve battery life and reduce energy consumption. Advantages Specially designed for determining glucose content Digital display for easy reading Fast measurement results in a short time Automatic temperature compensation Small sample volume required Robust design for daily use Suitable for control and routine measurements Typical areas of application Quality control Laboratory analysis Research and development Production control Education and training Analysis of glucose-containing solutions Scope of delivery Milwaukee MA873 digital refractometer for glucose 9V battery Operating instructions Frequently Asked Questions Can I measure small samples with the device? Yes, just 2 to 3 drops are sufficient for a reliable measurement. How long does a measurement take? The result is displayed in less than 2 seconds, saving time during every check. Is the device easy to use? Yes, it is operated using just two buttons and is quick to learn. Do I need to consider the sample temperature? No, the refractometer automatically compensates for temperature fluctuations to ensure reliable results. Is the device suitable for jams, syrups, and beverages? Yes, it was specifically developed for applications in food and beverage production. How much effort does cleaning require after use? The stainless steel measuring surface is easy to clean and designed for daily use. Why should I choose a digital refractometer instead of an optical one? The digital display is easier to read and helps avoid measurement errors caused by subjective interpretation.

Digital refractometer for determining the invert sugar content in liquid samples. Featuring automatic temperature compensation, rapid measurement and a digital display for laboratory, quality control and production applications. Milwaukee MA881 Digital Refractometer for Invert Sugar The Milwaukee MA881 has been developed for the rapid determination of invert sugar content in liquid samples. The digital refractometer uses refractive index measurement to determine the proportion of invert sugar and displays the reading directly on the screen. This allows analyses to be carried out without the need for manual reading of scales. Digital analysis simplifies the measurement process and allows for convenient monitoring of samples in the laboratory, on the production line or during quality control checks. Even a small sample size is sufficient for analysis, making the device suitable for regular spot checks and routine testing. Thanks to automatic temperature compensation, temperature fluctuations during measurement are taken into account. The short measurement time supports efficient workflows and ensures results are available quickly. The robust housing is designed for daily use and offers additional protection in demanding working environments. An automatic switch-off function helps to reduce energy consumption and extend battery life. Advantages Specially developed for the determination of invert sugar Digital display of the measurement result Quick and easy measurement procedure Automatic temperature compensation Small sample volume required Robust design for daily use Typical areas of application Quality control Laboratory analysis Production monitoring Research and development Food analysis Analysis of solutions containing invert sugar Scope of delivery Milwaukee MA881 digital refractometer for invert sugar 9V battery Operating instructions Frequently Asked Questions Can I quickly check the invert sugar content? Yes, the result is displayed in less than 2 seconds—ideal for quick checks. How much sample do I need for a measurement? Just 2 to 3 drops are sufficient to obtain a reading. Is the device suitable for honey and syrup? Yes, it is excellent for honey, syrup, jams, jellies, and many beverages. Do I need to perform a complex calibration before every measurement? No, calibration is simple—using just water—and quick to complete. Can I use it without prior experience? Yes, thanks to simple two-button operation, the device is ready to use in no time. How easy is it to clean the refractometer? The stainless steel measurement well is easily accessible and quick to clean. Why is a digital refractometer worth it? Readings are displayed directly, making the process easier and more reliable.