Benefits Of Using A&D Moisture Analyzers
A&D moisture analyzers, also known as moisture balances, are a versatile tool that can be used in almost any type of laboratory. They are easy to operate, affordable and provide accurate results. Using a Moisture Analyzer to determine the moisture content of a sample can help ensure that the product is safe and meets the necessary requirements for its intended use. Here are some of the benefits you can enjoy when using a Moisture Analyzer in your Biochemistry lab.
1. High Accuracy
A&D Moisture Analyzers are quick to operate and precise, making them the perfect instrument for a wide variety of moisture analysis applications. They use the “loss-on-drying” method to measure moisture content, weighing a sample before and after it’s dried, based on how much its weight changes during the drying process. A&D’s MS/MX/MF/ML moisture analyzer uses a highly accurate Super Hybrid Sensor (SHS) to capture dynamic weight, resulting in high repeatability and fast measurements. It also features a secondary radiation assist (SRA) that helps heat the sample evenly through the halogen lamp.
In addition, the SHS is more durable than conventional weight sensors and will not wear out quickly. Moreover, it will measure the amount of moisture in a sample more accurately, which can be helpful when working with sensitive samples. The MX series moisture balances are ideal for a wide range of applications, including food, pharmaceutical and chemical processing. They are easy to clean and have several user management features that allow compliance with GLP, ISO or FDA regulations.
This analyzer comes with five measurement programs and four heating modes, which can be used to determine the moisture content of a sample. It also includes WinCT-Moisture software that allows the user to view a real time graph of the measurement.
The MX-50 moisture analyzer is ideal for a wide range of industries, allowing users to perform accurate and precise tests with ease. Its internal SHS weighing sensor provides repeatability and shorter measurement times than traditional halogen lamps, making it an excellent choice for a variety of applications. It can also be programmed to automatically stop when the change in moisture content is less than a set rate.
2. Fast Results
Moisture affects the properties of a variety of products and materials including, but not limited to: foods, batteries, pharmaceuticals, paper and environmental protection products. Unwanted moisture can cause deterioration, mold or mildew, and affect the integrity of your sample. It is therefore important to measure moisture accurately and consistently. It is also essential to properly set up and use your analyzer to ensure the best results possible. Using low quality instruments or not taking steps to prepare your workspace and samples can lead to inaccurate and untrustworthy results.
A&D Moisture Analyzers are ideal for a wide range of applications and can help you determine the moisture content of a product or material quickly and effectively. In addition, these analyzers are easy to operate and are designed to be safe to use for long periods of time. The A&D MF-50 Moisture Analyzer is an excellent choice for testing a wide range of samples. It has a large, clear VFD display that makes it easy to read and understand the results of your measurements. It is also equipped with a memory function that allows you to store and recall up to 10 sets of measurement programs, saving you time and preventing user error.
The A&D MS/MX/MF/ML Series Moisture Analyzers provide fast and uniform heating with a halogen lamp and innovative SRA (Secondary Radiation Assist) technology. They also offer a variety of features to improve accuracy, including method storage, calibration data and check records outputs. They are also conformable to GLP, GMP and ISO standards.
3. Easy To Operate
Water is present in just about everything – food, pharmaceuticals, chemicals, and more – and moisture content can have an outsized effect on texture, quality, and safety. This is why it’s so important to know how much water there is in the materials you’re working with. There are several methods to measure moisture, each with its own strengths and weaknesses. These include titration, NIR, and thermogravimetry.
Titration, named for the scientist who invented it in 1935, can be used to measure infinitesimally small amounts of moisture. But it requires a deep understanding of chemistry and lab science to set up the test correctly, choose appropriate reagents, handle dangerous chemicals, and interpret the results. NIR, on the other hand, is an indirect method of measuring moisture that doesn’t require drying, weighing or touching samples at all. It works by blasting the sample with light within a specific spectrum, and measuring how much the sample reflects back to indicate how much moisture it contains.
Moisture balances, also known as moisture analyzers, combine a scale (or balance), a space for a sample, and a heater into one instrument. After the user inserts the sample, the balance heats the sample for a predetermined amount of time and at a predetermined temperature. Moisture analyzers have a number of useful features that make them easy to use, including an RS-232 interface and a bright VFD display. The RS-232 port is ideal for connecting the moisture balance to a computer to transfer data, and the VFD display has a wider range of viewing angles and better contrast than LCDs. In addition, the moisture balance has a quick reference card and glass-encased heating chamber for users to view their sample.
4. Easy To Clean
One of the biggest benefits of using A&D Moisture Analyzers is that they are very easy to clean. Keeping the device clean will help to avoid contamination of samples and will ensure that it is working properly. To do this, simply unplug the instrument from its power source and remove any samples that have been placed in the moisture chamber. Then, use a soft cloth to wipe down the device and the measuring plates. In addition, if your moisture analyzer uses contact pins to measure the sample, you should clean the pins regularly to avoid damaging the meter and causing inaccurate readings. It is important to use a soft, dry cloth to clean the pins and to avoid getting too much moisture on them.
Another way to keep your moisture analyser clean is to remove any samples that have been placed in the measurement chamber and place them into a desiccator. This will allow the sample to be dried and will ensure that it is ready for testing. Lastly, be sure to clean any of the scanning plates on your moisture analyzer as well. This will prevent any debris or stray particles from getting on the plates and affecting your results.
The MX series by A&D Weighing is a great choice for those who are looking for an accurate and simple to use moisture analyzer. It features an internal SHS (Super Hybrid Sensor) weight sensor that enables high speed weighing within 1 second and short measurement times due to the SRA (Secondary Radiation Assist). This moisture analyzer also comes with helpful user features such as a quick reference card for first time operators, a glass encased heating chamber and an easily visible display.
Conclusion
A moisture analyzer is a specialized type of scale used to determine the water content of samples. The method involves heating a sample until all of the vapors have been removed, and then measuring the total weight loss to calculate the moisture content.
