Automatic Polarimeter NAPR-103 offers a measuring range of ±90° for optical rotation, ensuring precise analysis. It operates using a 589 nm sodium D-line wavelength for reliable results. The meter features a resolution of 0.001° and a fast response speed for accurate measurements. Our unit can complete six measurements quickly for efficient testing. It also includes 30 built-in test methods for versatile and smooth operation.
FAQ for Automatic Polarimeter NAPR-103
1: Why is the NAPR-103 designed with a ±90° optical rotation range?
The Automatic Polarimeter NAPR-103 offers a ±90° optical rotation range that handles a wide variety of substances with different optical activities. This broad range makes it versatile for analyzing both highly concentrated and diluted samples across many industries.
2: What is the benefit of using a 589 nm sodium D-line wavelength?
Automatic Polarimeter NAPR-103 uses the 589 nm sodium D-line wavelength because it is the industry standard for optical rotation measurements. This wavelength interacts consistently with optically active substances, ensuring reliable and stable results. It also helps maintain compliance with international testing standards.
3: How does a resolution of 0.001° enhance test precision?
Automatic Polarimeter NAPR-103 features a resolution of 0.001°, which allows it to detect very subtle changes in optical rotation. This high precision is essential for industries where even minor differences impact product quality, such as pharmaceuticals and chemicals.
4: What advantage does the fast response speed provide?
Automatic Polarimeter NAPR-103 offers a fast response speed of 8° per second and can complete six measurements in just 26 seconds. This rapid testing capability enhances productivity in busy laboratories, enabling more samples to be processed in less time without sacrificing accuracy.
5: What are the benefits of having 30 built-in test methods?
The inclusion of 30 built-in test methods streamlines the testing process by providing users with pre-configured settings tailored to common analyses. This reduces manual setup time and helps prevent input errors, ensuring consistent results across different users and testing scenarios.