
Engineering Value of the Infinity Optical System in the Intermediate Image Region
The infinity optical system is widely used in industrial microscopes and video measuring systems. Compared with traditional finite optical structures, its key improvement is not only in imaging quality, but in the architectural redesign of the optical path—especially the parallel light region between the objective lens and the tube lens.
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Structural Differences Between Finite and Infinity Optical Systems in Microscopes
In real-world microscope engineering and field maintenance, one key distinction is often misunderstood. The difference between finite and infinity optical systems is not simply about image quality or magnification, but about whether the optical path allows modular expansion.
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Glass Scale vs Metal Scale: Selection and Principles in VMM Measurement Systems
In modern precision measurement systems such as Video Measuring Machines (VMM), optical measuring systems, and high-accuracy dimensional inspection equipment, the X/Y axis feedback system plays a critical role in determining measurement accuracy and repeatability.
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Analysis of Error Sources in Video Measuring Machines — Why Measurement Data Changes Over Time
It is very common for video measuring machines to show variations in measurement results after being used in industrial environments for a period of time. In most cases, this is not caused by equipment failure, but by the gradual accumulation of multiple system-related factors during long-term operation.
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Why Must a Video Measuring Machine Be Calibrated Regularly?
In the precision manufacturing industry, video measuring machines have become essential equipment for dimensional inspection. They are widely used in precision metal parts, electronic components, PCBs, medical devices, mold processing, and smartphone structural parts.
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Engineering Principles of Large-Travel Automatic Vision Measuring Machines: Stability Defines Accuracy
In practical industrial applications of large-travel vision measuring systems, a common misunderstanding is that parameters such as magnification, camera resolution, or stated accuracy determine performance. In reality, system stability during long-term and high-speed operation is the key factor.
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Analysis of Data Processing Systems and Measurement Efficiency in Horizontal Profile Projectors
In modern contour measuring equipment, the data processing system has gradually evolved from an auxiliary function into a core component. Its role is not limited to data reading, but also includes the digital conversion of optical contour information.
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Application and Structural Advantages of Horizontal Profile Projectors in Precision Part Inspection
A horizontal profile projector is a two-dimensional precision measuring instrument based on optical magnification and contour imaging principles. It is mainly used for contour inspection and dimensional comparison of complex geometric parts.
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Principle of Vision Measuring Machine (VMM): How Pixels Are Converted into Real Dimensions
In a Vision Measuring Machine (VMM), the camera does not capture real-world dimensions. Instead, it acquires a two-dimensional image made up of pixels. Each pixel only represents light intensity or color information and does not contain any physical unit such as millimeters or microns.
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