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Digital Automatic Polarimeter is a sophisticated laboratory instrument used to measure the optical rotation of polarized light passing through optically active substances. It is widely employed in various industries, including pharmaceuticals, food and beverage, chemical, and research laboratories.
Digital Automatic Polarimeter utilizes the principles of polarimetry to determine the optical rotation of a sample. Optical rotation refers to the rotation of the plane of polarized light caused by the presence of chiral molecules in a sample. Chiral molecules are asymmetrical compounds that lack a plane of symmetry, making them optically active.
The instrument consists of a light source, a polarizer, a sample tube, and an analyzer. The light emitted by the source is initially polarized by the polarizer, resulting in linearly polarized light. This polarized light then passes through the sample tube containing the optically active substance. The chiral molecules in the sample cause the plane of polarized light to rotate.
The analyzer, positioned after the sample tube, measures the angle of rotation produced by the sample. This measurement is displayed digitally on the instrument’s screen, allowing for accurate and precise readings. The Digital Automatic Polarimeter typically offers features such as automatic temperature compensation, multiple wavelength options, and data storage capabilities. It determines the purity and concentration of chiral drugs, ensuring compliance with regulatory standards. In the food and beverage industry, it aids in quality control by assessing the authenticity and concentration of natural and synthetic flavours. In research laboratories, the instrument is utilized to study the molecular structure and behavior of chiral compounds.
In summary, the Digital Automatic Polarimeter is an advanced laboratory instrument used to measure the optical rotation of polarized light passing through optically active substances. It plays a vital role in pharmaceutical, food and beverage, and research industries, enabling the analysis of chiral compounds and ensuring product quality and compliance with standards.
Features
Specifications
| Model No | SI - POLAR 3965 | |||
|---|---|---|---|---|
| Interface Ports | Microcontroller control based large display | |||
| Display | RS-232 | |||
| Range | - 45o to +45o -120o to +120o Z | |||
| Storage of 3 time result for RE-M (Repetition Measurement) and calculation of average value, measurement of colored samples | ||||
| Suitable for sugar industries for sugar content measurements. | ||||
Digital Automatic Polarimeter is a sophisticated laboratory instrument used to measure the optical rotation of polarized light passing through optically active substances. It is widely employed in various industries, including pharmaceuticals, food and beverage, chemical, and research laboratories.
Digital Automatic Polarimeter utilizes the principles of polarimetry to determine the optical rotation of a sample. Optical rotation refers to the rotation of the plane of polarized light caused by the presence of chiral molecules in a sample. Chiral molecules are asymmetrical compounds that lack a plane of symmetry, making them optically active.
The instrument consists of a light source, a polarizer, a sample tube, and an analyzer. The light emitted by the source is initially polarized by the polarizer, resulting in linearly polarized light. This polarized light then passes through the sample tube containing the optically active substance. The chiral molecules in the sample cause the plane of polarized light to rotate.
The analyzer, positioned after the sample tube, measures the angle of rotation produced by the sample. This measurement is displayed digitally on the instrument’s screen, allowing for accurate and precise readings. The Digital Automatic Polarimeter typically offers features such as automatic temperature compensation, multiple wavelength options, and data storage capabilities. It determines the purity and concentration of chiral drugs, ensuring compliance with regulatory standards. In the food and beverage industry, it aids in quality control by assessing the authenticity and concentration of natural and synthetic flavours. In research laboratories, the instrument is utilized to study the molecular structure and behavior of chiral compounds.
In summary, the Digital Automatic Polarimeter is an advanced laboratory instrument used to measure the optical rotation of polarized light passing through optically active substances. It plays a vital role in pharmaceutical, food and beverage, and research industries, enabling the analysis of chiral compounds and ensuring product quality and compliance with standards.
Features:
Specifications
| Model No | SI - POLAR 3965 | |||
|---|---|---|---|---|
| Interface Ports | Microcontroller control based large display | |||
| Display | RS-232 | |||
| Range | - 45o to +45o -120o to +120o Z | |||
| Storage of 3 time result for RE-M (Repetition Measurement) and calculation of average value, measurement of colored samples | ||||
| Suitable for sugar industries for sugar content measurements. | ||||
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Digital Automatic Polarimeter is a sophisticated laboratory instrument used to measure the optical rotation of polarized light passing through optically active substances. It is widely employed in various industries, including pharmaceuticals, food and beverage, chemical, and research laboratories.
Digital Automatic Polarimeter utilizes the principles of polarimetry to determine the optical rotation of a sample. Optical rotation refers to the rotation of the plane of polarized light caused by the presence of chiral molecules in a sample. Chiral molecules are asymmetrical compounds that lack a plane of symmetry, making them optically active.
The instrument consists of a light source, a polarizer, a sample tube, and an analyzer. The light emitted by the source is initially polarized by the polarizer, resulting in linearly polarized light. This polarized light then passes through the sample tube containing the optically active substance. The chiral molecules in the sample cause the plane of polarized light to rotate.
The analyzer, positioned after the sample tube, measures the angle of rotation produced by the sample. This measurement is displayed digitally on the instrument's screen, allowing for accurate and precise readings. The Digital Automatic Polarimeter typically offers features such as automatic temperature compensation, multiple wavelength options, and data storage capabilities. It determines the purity and concentration of chiral drugs, ensuring compliance with regulatory standards. In the food and beverage industry, it aids in quality control by assessing the authenticity and concentration of natural and synthetic flavours. In research laboratories, the instrument is utilized to study the molecular structure and behavior of chiral compounds.
In summary, the Digital Automatic Polarimeter is an advanced laboratory instrument used to measure the optical rotation of polarized light passing through optically active substances. It plays a vital role in pharmaceutical, food and beverage, and research industries, enabling the analysis of chiral compounds and ensuring product quality and compliance with standards.
| Model No | SI - POLAR 3965 | |||
|---|---|---|---|---|
| Interface Ports | Microcontroller control based large display | |||
| Display | RS-232 | |||
| Range | - 45o to +45o -120o to +120o Z | |||
| Storage of 3 time result for RE-M (Repetition Measurement) and calculation of average value, measurement of colored samples | ||||
| Suitable for sugar industries for sugar content measurements. | ||||