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When performing high-precision angle measurements, autocollimators are often used. Autocollimators are optical instruments that are easy for beginners to understand, and when used properly, they enable accurate angle measurements. This article will explain the method of angle measurement using an autocollimator and seven applications. Table of Contents 1. What is an Autocollimator 2. Principles and Measurement Methods of Autocollimators 3. Applications of Autocollimators 4. Disadvantages of Autocollimators 5. For Laser Autocollimators, Suruga Seiki's Smart LAC

A laser autocollimator is a measuring instrument that allows for the easy measurement of fine angles without touching the object. By using a laser autocollimator, it becomes easier to inspect and measure angles of optical and mechanical components that require precision. This article introduces the features of laser autocollimators and the materials that can and cannot be measured. Table of Contents 1. What is a laser autocollimator? 2. Materials that can be measured with a laser autocollimator 3. Materials that cannot be measured with a laser autocollimator 4. If you want to measure angles with a laser autocollimator, consider Suruga Seiki's Smart LAC.

When conducting precise angle measurements, the measuring instruments primarily include displacement meters and laser autocollimators. So, which is better for angle measurement, the displacement meter or the laser autocollimator? This article will compare and explain the angle measurement methods using displacement meters and laser autocollimators. Table of Contents 1. What is a Displacement Meter? 2. What is a Laser Autocollimator? 3. Angle Measurement Methods for Each Measuring Instrument - In the case of Displacement Meters - In the case of Laser Autocollimators 4. If you want to achieve high-precision angle measurement, the laser autocollimator is recommended.