Video Inspection Systems

Image	Part Number	Description / PDF	Quantity	Rfq
	VE-SCOPEPAD 300 Velab Co.	10" TABLET W/ 5.0 MP CAMERA	30
	VE-SCOPEPAD Velab Co.	9" TABLET W/ 2.0MP CAMERA	30

Image

Part Number

Description / PDF

Quantity

Rfq

VE-SCOPEPAD 300

Velab Co.

10" TABLET W/ 5.0 MP CAMERA

VE-SCOPEPAD

Velab Co.

9" TABLET W/ 2.0MP CAMERA

Video Inspection Systems

1. Overview

Video Inspection Systems (VIS) are advanced optical measurement and defect detection solutions that combine machine vision technology with precision optics. These systems enable non-contact, high-speed, and high-accuracy inspection of components and materials across various industries. Modern VIS integrates AI-driven image processing algorithms, multi-spectral imaging, and automated analysis to ensure product quality, safety, and compliance with manufacturing standards.

2. Major Types and Functional Classification

Type	Functional Features	Application Examples
2D Vision Systems	High-resolution planar imaging with dimensional measurement capabilities	PCB solder paste inspection
3D Profiling Systems	Laser triangulation for surface topography analysis	Weld seam quality control
Multi-spectral Systems	Simultaneous visible/NIR/SWIR wavelength capture	Food contamination detection
High-speed Imaging	1000+ fps capture with motion compensation algorithms	Automotive component sorting
Thermal Vision Systems	Non-contact temperature distribution analysis	Electrical system thermal mapping

3. Structure and Components

Typical VIS configurations include:

Optical subsystem: 4K CMOS/CCD sensors with variable magnification lenses
Illumination module: Programmable LED arrays (400-1000nm range)
Motion control: Precision XYZ stages with sub-micron positioning accuracy
Processing unit: Embedded GPUs for real-time image analysis
Software suite: Custom algorithms for defect classification and SPC reporting
Environmental controls: Temperature-stabilized enclosures for metrology-grade accuracy

4. Key Technical Parameters

Parameter	Typical Range	Significance
Resolution	0.1-10 m/pixel	Determines minimum detectable defect size
Frame Rate	50-5000 fps	Impacts throughput in high-speed production
Depth of Field	0.5-50mm	Critical for 3D feature inspection
Dynamic Range	60-120dB	Affects contrast sensitivity for subtle defects
Color Accuracy	E < 1.5	Essential for surface finish evaluation
MTBF	>50,000 hours	System reliability indicator

5. Application Fields

Key industry applications:

Semiconductor manufacturing: Wafer defect detection systems
Automotive: Cylinder bore surface analysis equipment
Pharmaceuticals: Tablet coating integrity checkers
Consumer electronics: Display micro-crack inspection machines
Aerospace: Turbine blade thermal barrier coating assessment

6. Leading Manufacturers and Products

Manufacturer	Product Series	Key Specifications
Cognex	DSMax 3D	5 m resolution, 2000 fps, blue laser illumination
Keyence	VR-3100	20MP color sensor, 3 repeatability 1 m
Baumer	VisionLine FL	80dB dynamic range, IP67 rating
Nordson	LumenCheck	Spectral analysis from 380-780nm
ISRA Vision	SurfaceView	Web inspection up to 10m/s speed

7. Selection Recommendations

Key selection criteria:

Match resolution requirements with sensor pixel size and optics capability
Ensure illumination system covers target material spectral characteristics
Validate environmental compatibility (temperature, vibration, dust)
Evaluate software features for specific defect classification needs
Calculate ROI considering inspection speed vs. production line throughput

Case Study: In lithium battery electrode inspection, selection of 1.5 m resolution system reduced defect escape rate from 200 PPM to 8 PPM.

8. Industry Trends

Emerging development directions:

Integration of deep learning for adaptive defect recognition
Quantum dot sensors enabling hyperspectral imaging at video rates
Miniaturization through embedded vision system-on-chip (VSoC) technology
Cloud-connected systems enabling predictive maintenance and AI training
Multi-modal fusion systems combining optical, thermal, and acoustic data

Market projections indicate 12.3% CAGR through 2028, driven by EV battery and advanced packaging inspection demands.