Polariscope Strain Viewer LPSV-T2010

Introduction

Polariscope Strain Viewer features a large 250 × 250 mm polarizer for accurate analysis across different glass products. It is equipped with advanced a large viewing window, ensuring clear and convenient observation of samples. The bright and uniform illumination ensures clear visibility and accurate stress detection. Our Polariscope Strain Viewer is ideal for quality inspection, production monitoring, and material testing.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Polariscope Strain Viewer evaluates annealing performance and internal stress in glass, crystals, and other birefringent materials using polarized light interference. It is widely used in pharmaceutical enterprises, glass factories, plastic bottle manufacturing units, optical industries, and research laboratories.

Specifications

Polarizer Size	250 × 250 mm
Diameter of Viewing Window	150 mm
Brightness of Light Field	Greater than or equal to 800 Lux
Power Supply	220 V AC, 50 to 60 Hz
Dimensions (L × D × H)	370 × 370 × 430 mm
Packaging Dimension (L × D × H)	47 × 47 × 53 mm
Net Weight	16 kg
Gross Weight	26 kg

Features

Qualitative stress testing

Sensitive colour method

Consistent stress results

Reliable power operation

User-friendly design

FAQs

1. What is the main function of the Polariscope Strain Viewer ?

Polariscope Strain Viewer is designed to detect and analyze internal stress in glass bottles, glass products, crystals, and other birefringent materials. It works on the principle of polarized light interference combined with a sensitive color method. This helps in evaluating annealing performance and identifying any stress distribution within the material. By providing reliable results, it ensures quality and consistency in manufacturing. The instrument is essential for laboratories and industries that require precision stress analysis.

2. Where can the Polariscope Strain Viewer be used effectively?

Polariscope Strain Viewer is widely applicable in pharmaceutical companies, glass factories, plastic bottle manufacturing units, and research laboratories. Its versatility allows it to be used in both production quality checks and research applications. The instrument is suitable for a broad range of materials beyond just glass bottles. This makes it a valuable tool for different industries. The easy setup and portability make it convenient to use in multiple environments.

3. What is the working principle of the Polariscope Strain Viewer ?

The Polariscope Strain Viewer operates using the principle of polarized light interference. When polarized light passes through stressed glass or birefringent materials, interference patterns are created. The sensitive color method allows users to observe these patterns as sequences of colors. Based on the color order and intensity, stress levels can be determined. This non-destructive method makes the instrument highly efficient for testing. It provides visual clarity that helps users interpret results quickly and accurately.

4. What makes the Polariscope Strain Viewer different from other instruments?

Designed Polariscope Strain Viewer comes with a large viewing window and a broad polarizer. These features allow for the analysis of samples of various shapes and sizes. Its bright and even illumination ensures accurate and consistent results. The compact and lightweight structure makes it user-friendly and easy to handle. Unlike many complex testing devices, it is simple to operate and requires minimal training. This combination of accuracy, versatility, and simplicity distinguishes it from other options.

5. What are the main features of the Polariscope Strain Viewer ?

Engineered Polariscope Strain Viewer offers qualitative stress testing across a wide application range. It has a large viewing window for better sample visibility. The universal polarizer accommodates bottles and samples of different dimensions. Bright and uniform illumination ensures clear results, while the compact size saves space. Lightweight construction makes it portable and easy to manage. Operating on a standard power supply, it is convenient for different laboratory or industrial setups.