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Manual Video Measuring System LMVMS-A102 has high resolution of 0.5 µm for accurate measurements. It features sub-pixel segmentation technology for enhanced precision. It incorporates movement system with Polish rods for X and Y axis. It has laser pointer to assists in pinpointing the exact area. Our Manual Video Measuring System LMVMS-A102 features German-made rods and bearings for improved performance.
Specifications
| Image Sensor | 1/3 |
| Objective Lens | Manual Position Zoom Lens |
| Video Magnification | 0.7 ~ 4.5 x, Objective Lens: 20 ~ 148 x |
| Resolution | 0.5 µm |
| 2.5d Model | Yes |
| 3d Model | No |
| Object View | 8.1 mm – 1.3 mm |
| Working Distance (Standard) | 92 mm |
| Movement System | X, Y-axis: Polish Rod, Z-axis: T-type Screw Rod |
| X, Y-Axis Travel Distance (Mm) | 400 x 300 |
| Z-Axis Travel Distance (Mm) | 200 |
| X, Y-Axis Accuracy (µm) | ≤ 3 + L/200 |
| Data Processor | RS-100 |
| Illumination | Surface: 8-division LED Cold Light, Contour: Adjustable 256-grades LED Cold illumination |
| Measuring Software | Yes |
| Working Environment | Temperature: 20℃ ± 2℃, Temperature Variation < 2℃/hr, Humidity: 30~80% |
| Power Source | AC 100~220V, 50/60HZ, 10A |
| Dimensions (Mm) | 1000x620x990 |
| Net Weight (Kg) | 180 |
| Loading Weight of Working Stage | 25 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Manual Video Measuring System LMVMS-A102 | $ 6750 | Each of 1 |
Features
Powerful Measuring Software
Automatic Calculation
Sub-pixel Segmentation Technology
Cold Light Source
Stable Granite Workbench
German-made Precision Rods and Bearings
High-resolution Video System
Laser Pointer
Applications
Manual Video Measuring System LMVMS-A102 finds extensive applications in aerospace engineering, medical device manufacturing, optical component production, and telecommunications.
Selection Guide
When selecting Manual Video Measuring System LMVMS-A102, customers should consider their specific research applications, experimental requirements, and relevant industry certifications. This model is designed for high-precision dimensional measurements and is commonly used in research laboratories, toolmaking, electronics inspection, medical device analysis, and precision engineering. It is especially suitable for tasks requiring non-contact measurement and high-resolution imaging. Research studies often involve component analysis, microstructure evaluation, and geometrical assessments, where manual control and accurate readings are crucial. Certifications such as ISO or CE compliance ensure reliability, safety, and standardization, making it a dependable choice for regulated environments.
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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.