MILWAUKEE'S Instruments MA871 Digital Brix Refractometer, Range 0-85%

Experience the ultimate precision in measuring sugar content with the Milwaukee Instruments Digital Refractometer. This innovative tool is designed for enthusiasts and professionals alike, delivering fast and accurate results in less than 2 seconds. With a user-friendly dual-level LCD readout, it only requires 2-3 drops of your sample for measurement, making it incredibly efficient. The refractometer features a simple one-point calibration method using distilled or deionized...

Experience the ultimate precision in measuring sugar content with the Milwaukee Instruments Digital Refractometer. This innovative tool is designed for enthusiasts and professionals alike, delivering fast and accurate results in less than 2 seconds. With a user-friendly dual-level LCD readout, it only requires 2-3 drops of your sample for measurement, making it incredibly efficient. The refractometer features a simple one-point calibration method using distilled or deionized water, ensuring that every reading is reliable and precise.

Built to withstand the rigors of daily use, this refractometer includes a stainless steel sample well that is rated IP65, meaning it's dust-tight and protected against water jets, making it easy to clean and maintain. The built-in battery level indicator and automatic shut-off feature after 3 minutes of inactivity enhance usability while conserving battery life. A 9V battery is included, so you can start measuring right away.

This digital refractometer is particularly ideal for winemakers, brewers, fruit and vegetable growers, and anyone involved in food production. The measurement technique aligns with the ICUMSA Methods Book, a globally recognized standard for sugar analysis, which adds to its credibility and reliability.

Available in either a sleek black case or a vibrant green case, both versions retain identical features. Unlike traditional hydrometers that require room temperature calibration, this digital tool adapts to varying conditions seamlessly without compromising accuracy.