The **Automatic Polarimeter** is a state-of-the-art optical instrument designed for the precise measurement of optical rotation in optically active substances. By utilizing advanced photoelectric detection technology and microprocessor control, this device eliminates the manual errors commonly associated with traditional visual polarimeters. Our high-performance models feature large touch-screen interfaces, Peltier temperature control systems, and multiple measurement modes including Specific Rotation, Optical Rotation, Concentration, and Sugar Content (Brix). These instruments are essential for determining the purity, concentration, and molecular structure of chiral compounds. As a specialized manufacturer, we ensure that our automatic polarimeters provide rapid results with a high degree of repeatability, making them the gold standard for quality control in industries dealing with sugars, perfumes, chemicals, and pharmaceuticals.
The significance of an automatic polarimeter lies in its ability to detect the "handiness" of molecules. In pharmaceuticals, many drugs are chiral, meaning only one mirror image of the molecule is effective while the other might be harmful. Our polarimeter provides the critical validation needed to ensure that the correct isomer is present, thereby guaranteeing drug safety and efficacy for the end patient.
These instruments find extensive application in the Sugar Industry for calculating the International Sugar Scale (ISS). They are widely used in the Pharmaceutical industry for purity testing of steroids, vitamins, and amino acids. Additionally, they are used in the Food and Fragrance sector to analyze essential oils and flavors, as well as in chemical research to study the kinetics of chemical reactions involving optically active substances.
An automatic polarimeter is primarily used for the quantitative analysis of substances like glucose, fructose, and sucrose. It is utilized to measure the concentration of solutes in a solution by observing the degree of polarization shift. In research labs, it is a primary tool for characterizing new organic compounds and verifying the results of asymmetric synthesis in high-level chemistry labs.
USA, UK, UAE, Australia, Canada, Germany, Singapore, Saudi Arabia, France, Japan, South Africa, Russia, Brazil, Malaysia, Vietnam, Thailand, Kenya, Nigeria, Egypt, Italy, Spain, Mexico, Turkey, Indonesia, Philippines, South Korea, Iraq, Iran, Argentina, Peru.
Maharashtra (Mumbai, Pune), Gujarat (Ahmedabad, Surat, Vadodara), Delhi NCR, Tamil Nadu (Chennai, Madurai), Karnataka (Bangalore), West Bengal (Kolkata), Punjab, Haryana (Ambala, Gurgaon), Uttar Pradesh (Lucknow), Rajasthan (Jaipur), Telangana (Hyderabad), Kerala, Bihar, Odisha, Madhya Pradesh (Indore).
Our modern units typically use high-intensity LEDs with a 589nm interference filter, which provides a stable Sodium D-line equivalent without the short lifespan of traditional Sodium lamps.
No. The microprocessor automatically calculates specific rotation once you input the concentration and tube length, displaying the final result instantly.
Yes, our advanced models feature an high-sensitivity detection system that can penetrate samples with low transmittance, though sample preparation is always recommended.
Standard units support 100mm and 200mm polarimeter tubes, which are easily interchangeable within the sample chamber.
