Angle Measuring Instrument "Smart LAC Series"
High precision and high resolution! Long working distance, non-contact instantaneous angle measurement.
The "Smart LAC Series" is an angle measuring device that measures the tilt of a surface without contact. Conventional displacement sensor methods calculate based on the height difference between two points, making them less effective for measuring small workpieces. However, this product adopts a laser autocollimator method, allowing measurement at a single point, thus enabling the measurement of small workpieces. Additionally, it supports both single spot measurement and multi-spot measurement. 【Features】 ■ Non-contact instant angle adjustment ■ Long working distance (Measurement range ±0.5 degrees at W.D. 300mm) ■ High precision and high resolution ■ Wavelength selection available from red, green, blue, and infrared ■ Capable of measuring the angle of external incident light *For more details, please refer to the PDF document or feel free to contact us.
basic information
【Software Features】 <Smart LAC Series Software: HPU> ■ Abundant center of gravity analysis ■ Single spot measurement ■ Multi spot measurement ■ Labeling function ■ Other convenient features ・ Video rotation ・ Video inversion ・ Specific center offset ・ Zoom (×2/×4/×8) ・ External interface *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Basic Knowledge of Autocollimators
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[Column] What is an Autocollimator? Explanation of Principles and Applications!
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
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[Column] Materials That Can and Cannot Be Measured with a Laser Autocollimator
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.
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[Column] Essential for Ensuring Product Quality! What is Incoming Inspection? Introduction to Its Purpose and Standards
In the manufacturing industry, defects or issues with products can lead to a loss of customer trust. To ensure product quality, it is important to conduct inspections, and there are several types of inspections. This time, we will focus on acceptance inspection and explain its purpose, methods, standards, and the equipment used. Table of Contents 1. What is Acceptance Inspection? - Purpose of Acceptance Inspection - Risks of Not Conducting Acceptance Inspection 2. Methods of Acceptance Inspection 3. Standards for Acceptance Inspection 4. Commonly Used Equipment in Acceptance Inspection 5. Use a Laser Autocollimator for Angle Verification in Acceptance Inspection
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[Column] How to Measure Angles with High Precision? An Introduction to Measurement Methods and Types of Instruments
Precise angle measurement is an important element in various fields such as the manufacturing of machines and equipment, and robot control. However, selecting the appropriate measuring instruments is essential for performing high-precision measurements. This article introduces methods and types of angle measurement, as well as tips for measuring with high precision. Table of Contents 1. Methods of Angle Measurement - In the case of right angles - In cases other than right angles 2. Types of Angle Measuring Instruments - Protractors - Theodolites - Gyroscope encoders - Rotary encoders 3. How to Measure Angles with High Precision 4. For Laser Auto-Collimators, Suruga Seiki's Smart LAC
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Since its founding, Suruga Seiki has been supplying highly competitive products in the optical equipment market for 50 years. In rapidly developing mobile devices such as smartphones and tablets, as well as in the automotive sensor field, Suruga Seiki's technology has become indispensable. In recent years, the company has expanded into overseas markets in Europe, America, and Asia with application systems that further develop its core technology.