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The Densito’s bright color display achieves excellent visibility both indoors and outdoors. Multiple sequential measurements can be performed with ease thanks to the instrument’s lightweight and ergonomic design.
The result has an accuracy in density up to the third decimal place and is delivered instantly, allowing the user to quickly move on to the next sample. For additional security, measurement limits can be set for quick identification of results that are out of limits.
The built-in sampling pump means that filling and emptying the measurement cell is performed completely automatically at the press of the joystick. Sampling speed can be adjusted to the task and sample at hand.
EasyDirect Software offers data management on a PC: results can be reviewed and filtered, and graphs can be created to monitor samples over time. Reports can also be printed from the software or directly from the instrument.
The DensitoPro comes with an RFID and barcode reader, allowing for a simple point-and-shoot sample ID entry. A cable-free Bluetooth printer allows for printing on the go (USA and Europe).
A guided workflow can be created with predefined instructions in any language (EN, ZH, DE, ES, FR, IT, PT, RU, ID, KO, PL, TH, TR) which the operator can follow, confirming each step by pressing “OK”.
All you need to know about density, including the definition of density, density vs. specific gravity vs. true density, relative density, different types of instruments, factors that influence density, tips on good density measurement practices, and much more.
Pycnometers are still widely used in labs. This video compares the measurement of a liquid with a pycnometer to the measurement of the same liquid with a digital handheld density meter, including the time required for each technique.
A comparison datasheet that gives a description and shows the applications and advantages/disadvantages for the following instruments: pycnometer, hydrometer, handheld digital density meter, and benchtop density meter.
Discover the versatility of our Density2Go handheld density meters with in-depth information, including usage videos, a rundown of the EasyDirect™ data management software, and a comprehensive list of accessories and consumables.
Expert information to improve results, save time, and stay on top of norms and regulations — from short and useful tips to comprehensive guides and webinars.
Digital handheld density meters offer several advantages over traditional methods like pycnometers or aerometers. For instance, our digital handheld density meter is both fast and accurate, delivering results within seconds and with an accuracy of 0.001 g/cm3. This high speed and measurement accuracy cannot always be achieved with traditional methods like pycnometers or aerometers.
Additionally, the digital density meter’s built-in electric sampling pump allows controlled sampling and rinsing at the press of a button, avoiding user-dependent sampling workflows.
Furthermore, our digital density meter supports digital workflows, allowing for easy sample entry using a barcode reader or RFID reader. Quality control is also made even more efficient with automatic pass/fail indication, and data can be exported directly to a printer or PC software. This reduces the likelihood of transcription errors that can occur when using manual methods and saves you valuable time.
While a digital handheld density meter is primarily designed to measure density or specific gravity, our digital handheld density meter has built-in conversion tables for Ethanol (Alcohol), Brix, API, Baumé, H2SO4, Plato, Proof (US and IP), and user-defined concentration. This allows users to convert the density or specific gravity readings into other units of measurement.
Our digital handheld density meter offers built-in temperature compensation which allows you to measure the sample at any temperature between 0°C and 50°C (14°F to 122°F) and calculate the density at the required temperature (e.g., 20°).
All the conversion tables built into the device include temperature compensation. For any other samples, a temperature compensation factor can be entered. If you do not have this information, it can be automatically determined by measuring the sample at two different temperatures.