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Image Sensor
Objective Lens
Video Magnification
Resolution
2.5d Model
Labmate 2.5D Manual Video Measuring System feature sub-pixel segmentation to enhance image resolution. They feature cold surface light source for accurate measurement of intricate geometries. They have laser pointer to locate specific workpiece areas for precise analysis. Their advanced software enables smooth edge tracing and generates multi-report outputs for efficient data collection. Our 2.5D Manual Video Measuring System are applicable in automobile, electronics, plastic and other industries
Selection Guide for 2.5D Manual Video Measuring System
When selecting 2.5D Manual Video Measuring System, customers should consider its ability to perform both accurate 2D measurements and limited Z-axis (height) evaluations. This system is equipped with a 1/3" image sensor and a manual position zoom lens, providing a video magnification range of 0.7× to 4.5× and objective lens magnification from 20× to 148×, allowing flexible observation of fine details. With a high resolution of 0.5 µm, it ensures precise measurement of small and intricate components. The 2.5D capability is particularly useful for inspecting features like step heights, grooves, and surface level differences, providing partial 3D profiling without the complexity of a full 3D system. Perfect for applications in electronics, precision machining, watchmaking, and medical devices, this system is a cost-effective choice for users who require enhanced measurement functionality beyond flat 2D inspection.
Frequently Asked Questions
1 What is a 2.5D Manual Video Measuring System?
A 2.5D Manual Video Measuring System is a precision metrology device used to measure dimensions of small components in X, Y, and limited Z directions using video imaging and manual operation.
2 How does 2.5D Manual Video Measuring System work?
It works by capturing high-resolution images through a camera and lens setup, allowing manual movement of the stage to measure parts in two-dimensional space with some height (Z-axis) data via focus or probes.
3 How is 2.5D Manual Video Measuring System different from a 3D system?
A 2.5D Manual Video Measuring System measures primarily in 2D with limited 3D capability, whereas a 3D system captures complex surface topographies and full volumetric dimensions.
4 What kind of maintenance does 2.5D Manual Video Measuring System require?
Regular maintenance includes lens cleaning, stage calibration, software updates, and ensuring stable lighting and camera conditions.
5 Can 2.5D Manual Video Measuring System be used in PCB inspection?
It is commonly used in PCB inspection to measure trace widths, hole diameters, and component placement with high precision.
6 Can 2.5D Manual Video Measuring System be used to measure plastic parts?
It is excellent for measuring plastic parts, including dimensional verification, hole spacing, and edge quality.
7 Is 2.5D Manual Video Measuring System useful for quality control in LED manufacturing?
It supports quality control in LED manufacturing by inspecting lens positions, lead frames, and reflector geometries.
8 Can 2.5D Manual Video Measuring System be used for calibration of small medical components?
It is used for the calibration of small medical components such as stents, catheters, and surgical implants.
9 How does 2.5D Manual Video Measuring System support aerospace bracket and shim inspection?
It supports aerospace bracket and shim inspection by verifying hole patterns, cut-out dimensions, and flatness tolerances with precision.
10 How is 2.5D Manual Video Measuring System used in dental tool manufacturing?
It is used in dental tool manufacturing for measuring cutting edge profiles, shaft diameters, and tool lengths to ensure quality standards.