Specifications Table

Product Material – Quartz
Grade – Optical Grade
Application – Polarimetry, Interference Measurements, Optical Path Difference Analysis

Product Overview

The Babinet Compensator Complete Set is an essential optical instrument designed for precise measurement of optical path differences in polarized light experiments. Constructed from high-purity quartz, this compensator ensures exceptional accuracy and stability, making it ideal for advanced optical research and calibration tasks. The device operates by introducing a controlled phase shift between two orthogonal polarization components, allowing users to measure birefringence, stress analysis, or thin-film thickness with minimal error. Its robust design minimizes thermal expansion effects, while the fine adjustment mechanism enables micrometer-level precision. Whether used in educational laboratories or professional research settings, this compensator delivers consistent performance across a wide range of wavelengths. The set includes all necessary components for immediate integration into existing optical setups, ensuring seamless compatibility with standard polarimeters and microscopes. Engineered for durability, the quartz construction resists chemical corrosion and mechanical wear, guaranteeing long-term reliability. The compensator’s compact form factor allows for easy handling and storage without compromising optical alignment. For researchers and educators requiring repeatable, high-resolution measurements, this Babinet Compensator set provides an unmatched combination of precision, versatility, and ease of use.

FAQs

1. What materials are used in the construction of this Babinet Compensator?

The compensator is made from optical-grade quartz, which provides superior transparency and minimal thermal expansion for precise measurements.

2. Can this compensator be used with standard polarimeters?

Yes, the Babinet Compensator is designed to be fully compatible with most standard polarimeters and optical benches for seamless integration.

3. How do I calibrate the compensator for accurate readings?

Calibration involves zeroing the device using a known reference sample or monochromatic light source, followed by fine adjustments using the micrometer control.

4. What is the typical measurement range for optical path differences?

The compensator can measure optical path differences ranging from a few nanometers to several micrometers, depending on the wavelength used.

5. Are there any special storage requirements for this compensator?

Store the compensator in a dry, dust-free environment at room temperature, preferably in its original case to prevent scratches or contamination.