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Polarimeters

Single Wavelength Polarimeter ADP450 With Temperature Control
Bellingham + Stenley, a Xylem brand
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Single Wavelength Polarimeter ADP450 With Temperature Control
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Capable of measuring up to 3.0 OD at 589nm over a maximum tube length of 200mm, ADP400 Series polarimeters offer three decimal place precision to an accuracy of ±0.01 °Angular, making them ideal for general purpose use in  food, flavors, fragrance, pharmaceutical and chemical industries as well as within academia and ...

Specifications
Wavelength Coverage: 1-1nm
Sampling Rate: -- Samples/Sec
Measured Parameters: Degree of Polarization
Humidity Range: <90% RH (non condensing)
Power: Instrument: 24 V DC, ±5%, <2A External PSU: 100-240V, 50-60Hz (supplied)
Data Sheet
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Single Wavelength Polarimeter ADP430
Bellingham + Stenley, a Xylem brand
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Single Wavelength Polarimeter ADP430
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Capable of measuring up to 3.0 OD at 589nm over a maximum tube length of 200mm, ADP400 Series polarimeters offer three decimal place precision to an accuracy of ±0.01 °Angular, making them ideal for general purpose use in  food, flavours, fragrance, pharmaceutical and chemical industries as well as within academia ...

Specifications
Wavelength Coverage: 1-1nm
Sampling Rate: -- Samples/Sec
Measured Parameters: Degree of Polarization
Humidity Range: <90% RH (non condensing)
Power: Instrument: 24 V DC, ±5%, <2A External PSU: 100-240V, 50-60Hz (supplied)
Data Sheet
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Polarimeter ADP610 with 589nm Wavelength and Peltier Temperature Control
Bellingham + Stenley, a Xylem brand
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Polarimeter ADP610 with 589nm Wavelength and Peltier Temperature Control
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Available as single, dual and multiple wavelength derivatives covering the visible spectrum, the ADP600 Series also features measurement in the highly sensitive ultra-violet region.     This capability makes the instrument particularly suited for use by scientists wishing to measure chiral compounds and ...

Specifications
Wavelength Coverage: 589-589nm
Sampling Rate: -- Samples/Sec
Measured Parameters: Degree of Polarization, Other
Power Supply: 100-250V~, 50-60 Hz. <6A.
Interfaces: 4 x USB, 1 x Ethernet, 1 x RS232
Data Sheet
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StrainScope Flex Modular Real-Time Polarimeters
Ilis GmbH
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StrainScope Flex Modular Real-Time Polarimeters
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The StrainScope® Flex is the ideal solution for varying measuring tasks or the realization of special solutions, e.g. in development and process automation. The design is compact and modular. All important components such as camera, lens and optical filters are directly accessible. Changing the lens or adjusting the working ...

Specifications
Wavelength Coverage: 1-1nm
Sampling Rate: -- Samples/Sec
Measured Parameters: Degree of Polarization
Data Sheet
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StrainScope Imaging Real-Time Polarimeters
Ilis GmbH
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StrainScope Imaging Real-Time Polarimeters
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With the StrainScope, mechanical stresses can be measured and visualized in real time. The StrainScope can be used flexibly wherever conventional polariscopes and polarimeters are used. The StrainScope provides objective and reproducible readings and minimizes operator influence.

Specifications
Wavelength Coverage: 1-1nm
Sampling Rate: -- Samples/Sec
Measured Parameters: Degree of Polarization
Data Sheet
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NRT-3000 Ultrafast Polarimeter
New Ridge Technologies
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NRT-3000 Ultrafast Polarimeter
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The NRT-3000 is a robust solution for measuring and recording ultrafast polarimeter SOP data. It includes an intuitive GUI to facilitate ease of use.  

Specifications
Wavelength Coverage: 1520-1580nm
Sampling Rate: 38 Samples/Sec
Measured Parameters: Stokes Parameters, Degree of Polarization, Power, SOP Speed
Data Sheet
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Frequently Asked Questions

A polarimeter is a scientific instrument used to measure the rotation of polarized light as it passes through a sample.

There are two main types of polarimeters: manual polarimeters, which require the user to manually adjust the instrument's components to measure rotation, and automatic polarimeters, which use an automated system to measure rotation.

A polarimeter measures the rotation of polarized light, while a refractometer measures the bending of light as it passes through a sample.

Polarimeters are commonly used in pharmaceutical, chemical, and food industries to determine the concentration, purity, and identity of substances. They are also used in research laboratories to study the properties of materials.

Using a polarimeter allows for precise measurement of a sample's optical activity and can provide information on the sample's molecular structure, concentration, and purity.

Some factors to consider when choosing a polarimeter include the accuracy and sensitivity of the instrument, the type of sample being measured, the level of automation required, and the availability of software for data analysis.

There are 6 different Polarimeters from suppliers and manufacturers listed in this category. In just a few clicks you can compare different Polarimeters with each other and get an accurate quote based on your needs and specifications. Please note that the prices of Polarimeters vary significantly for different products based on various factors including technical parameters, features, brand name, etc. Please contact suppliers directly to inquire about the details and accurate pricing information for any product model. Simply navigate to the product page of interest and use the orange button to directly reach out to the respective supplier with one click.

Did You know?

Did you know that polarimeters have been used for over two centuries to study the properties of light and matter? The first polarimeter was invented by French physicist Etienne-Louis Malus in 1808, and since then, polarimeters have played an important role in scientific research and industry. Polarimeters are used to measure the rotation of polarized light as it passes through a sample, and this can provide valuable information about the sample's molecular structure, concentration, and purity. In the pharmaceutical industry, for example, polarimeters are used to ensure that the correct optical isomer of a drug is being produced, as this can have a significant impact on the drug's efficacy and safety. Today, polarimeters come in a range of sizes and levels of automation, from small handheld devices to sophisticated laboratory instruments. They continue to be an important tool for researchers and industry professionals alike, and their applications in fields like chemistry, materials science, and biochemistry are only continuing to expand.
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