The ATAGO refractometer is an advanced scientific instrument with many practical applications. These applications are useful in both private and professional life, and as a result, the ATAGO refractometer is one of the most sought-after tools of its kind. It is useful in laboratory environments, science classrooms, and professional kitchens and can give people valuable insight into what is going on in their liquid solutions.
While many refractometers are on the market, only some of them grant people the range of abilities available with the ATAGO refractometer. The ATAGO inline refractometer lists over 16 practical uses in its handbook, and these can individually branch out to include many other applications.
Whether you’re testing the Brix value of an ingredient for your fruit smoothie in the morning or want to adhere to a particular set of standards for your company’s wastewater, the ATAGO refractometer can handle it. Let’s get into all the different uses offered by the ATAGO refractometer.
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What Is a Refractometer?
A refractometer is an instrument that allows for the accurate measurement value of the concentration of soluble solids within a liquid. This is their primary application, but they have other purposes as well. They work by reading the amount of light refraction within a solid-state material or liquid, but they are most often used to measure liquids.
As is, there are four types of refractometers:
1. Digital Handheld Refractometers
Digital handheld refractors are handy little gadgets that have made their way into the hands and pockets of many modern scientists and hobbyists alike. Digital handheld refractometers have the benefit of working more quickly and thoroughly than their traditional counterparts. However, their only major downside is that they require more of a liquid or solid to test it.
These days, most digital refractometers have Bluetooth or other linking technology that allows users to connect results to their smartphones or other digital devices. This gives users the added benefit of viewing detailed results in only minutes.
2. Traditional Handheld Refractometers
A traditional handheld refractometer uses old-school magnification to tell users how things work. Each tool is hooked up with an analog magnification lens by projecting lines and angles onto objects using a small glass reticle. These lines are then shown to the user with a magnification lens.
3. Abbe Refractometers
Abbe refractometers are a tool named after Ernst Abbe, an acclaimed German physicist active in the late 19th and early 20th century. The Abbe refractometer is usually regarded as the most precise refractometer, otherwise known as a benchtop refractometer.
After a century of refining and perfecting, the Abbe refractometer is most often used to measure solid objects. It functions by putting samples between two prisms, which then use reflected light to determine measurement readings without the need for a user.
4. Inline Process Refractometers
Inline process refractometers are the type most often used in laboratories these days. Targets are used to measure a liquid constantly. If you always wish to know the concentration of a solution or liquid that is actively flowing in a pipe or constantly present in a tank, then an inline process refractometer is the tool that you are going to want.
They are ideal for any user that needs to measure a large amount of liquid for a commercial or professional setting. Inline process refractometers are great for individuals working in professional food environments, as they can determine the Brix value of things from a wide range of food products, like sauce, marmalade, honey, sugary fruit juices, or other beverages. The ATAGO inline process refractometer has over 16 unique applications that users can use, making it one of the most advanced options on the market.
What Makes the ATAGO Refractometer Unique?
If we haven’t already made it clear, let us get this out of the way: ATAGO makes a few kinds of refractometers for consumers and professionals alike to take advantage of. Whether you’re an interested amateur or a company looking to bolster the quality of their tools on hand, ATAGO has you covered. The company offers multiple kinds of refractometers in its inventory, which is unlikely to change anytime soon.
The ATAGO handheld refractometer is an affordably-priced, chunky model that is easy to read and easier to learn. If you’re unfamiliar with digital handheld refractometers, this model will be a friend to you, as it’s equipped with a detailed manual and a screen with highly-readable text. This is a simply-designed refractometer that doesn’t take much to get the hang of.
The ATAGO inline refractometer also lays things out simply for the undereducated. This instrument has been tinkered with to be as understandable as possible, even to those who have never utilized such tools. This is obvious when you look at its numerous applications: fruit juices, soy and tofu, coffee, tea, dairy, sauces, and seasonings. It is quite a useful little instrument with all the ways you can incorporate it into your kitchen environment.
Other applications of the ATAGO inline process refractometer:
- Coffee & tea
- Beer
- Brine
- Ketchup and other sauces
- Tomato puree
- Hydrogen peroxide and sodium peroxide
- White mold release agents
- Vinegar
- Wastewater and effluent water
Not all of these applications will be utilized by different owners, but it’s evident that the ATAGO refractometer is an instrument equipped for all types of situations. This makes it one of the most desirable inline process refractometers for commercial and consumer purposes.
Whether you want to perfect the amount of sugar you’re putting into your company’s beverages or ensure your pool gets the right amount of chlorine, the ATAGO inline refractometer can make a big difference in ensuring you know your liquid concentration numbers.
What Else Do I Need to Know About the ATAGO Refractometer?
At this point, you shouldn’t have too many more questions about the ATAGO refractometer. You know the basics of how this machine and its counterparts function. You know of the various applications you can access when utilizing different types of refractometers. You also know why digital refractometers are vastly superior in almost every way. All in all, you should feel much more equipped the next time you find yourself bombarded with a question about them at a dinner party. Best of luck in your future refraction.
