LASER MACHINE
INSPECTION MACHINE
INSPECTION MACHINE
Inspection equipment refers to tools and systems used to inspect and analyze the quality and performance of materials, components, and products during industrial production. These devices utilize technologies such as vision, ultrasonic, laser, X-ray, and others to detect and evaluate defects, dimensions, appearance, and functionality. They are widely employed in manufacturing, electronics, automotive industries, and more.
PROCESSING STEPS
1. Requirement Analysis
and Equipment Selection
2. Preparation and
Installation
3. Calibration and Setup
4. Inspection Process
5. Data Collection and
Analysis
6. Result Validation
and Feedback
CHARACTERISTICS
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High Precision: Capable of detecting defects at the micron or nanometer level, providing accurate results.
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High Automation: Modern industrial inspection equipment automates most processes, improving efficiency and real-time monitoring.
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Non-Destructive Testing: Most inspections do not damage the item, making them suitable for finished and semi-finished products.
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Diverse Technologies: Offers various inspection methods such as vision, ultrasonic, X-ray, and more based on applications.
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Do not cover all defect types: Technical limitations of some devices may not cover all defect types.
APPLICATIONS
Manufacturing Industry
For surface inspection and dimensional measurement.
Example: Smart cameras detect scratches and smudges on smartphone casings.
Food and Pharmaceutical Industry:
X-ray equipment identifies metal contaminants in pharmaceutical packaging.
Automotive Industry
Inspection of dimensions, strength, and assembly precision of automotive parts.
Example: Laser scanning inspects machining errors in engine blocks.
Energy Industry
Detects defects in batteries and solar panels. Example: Thermal imaging equipment identifies abnormal heat distribution in solar panels.
Electronics Industry
For inspecting solder joints and circuit connections on PCBs.
Example: X-ray inspection checks internal soldering in chip packages.
Specifications
线数 （Line/inch） | 网眼间距 （μm） | 最大薄片尺寸 （mm） | 开口部精度保证区域 | 开口部精度保证区域 | 最小～最大 开口尺寸 （μm） |
|---|---|---|---|---|---|
150 | 169.3 | 180 | ±3 | ≦φ100 | 23～150 |
114 | 222.8 | 240 | ±3 | ≦φ125 | 30～200 |
100 | 254 | 180 | ±3 | ≦φ100 | 40～231 |
60 | 423.3 | 180 | ±3 | ≦φ100 | 80～396 |
250 | 101.6 | 180 | ±3 | ≦φ100 | 13～82 |
325 | 78.2 | 380 | ±4 | ≦φ300 | 8～62 |
325 | 78.2 | 380 | ±2 | ≦φ180 | 8～62 |
333 | 76.3 | 220 | ±3 | ≦φ100 | 6～60 |
400 | 63.5 | 380 | ±2 | ≦φ150 | 5～47 |
400 | 63.5 | 380 | ±4 | ≦φ300 | 5～47 |
400 | 63.5 | 180 | ±2 | ≦φ100 | 5～47 |
500 | 50.8 | 240 | ±1 | ≦φ125 | 4～35 |
500 | 50.8 | 380 | ±1 | ≦φ150 | 4～35 |
500 | 50.8 | 180 | ±3 | ≦φ300 | 4～35 |
500 | 50.8 | 180 | ±1 | ≦φ75 | 4～35 |
640 | 39.7 | 380 | ±3 | ≦φ300 | 3～28 |
640 | 39.7 | 380 | ±1 | ≦φ150 | 3～28 |
750 | 33.9 | 380 | ±3 | ≦φ300 | 2～22 |
750 | 33.9 | 380 | ±1 | ≦φ150 | 2～22 |
750 | 33.9 | 240 | ±1 | ≦φ125 | 2～22 |
876 | 29 | 380 | ±3 | ≦φ300 | 2～20 |
875 | 29 | 240 | ±1 | ≦φ125 | 2～19 |
876 | 29 | 380 | ±1 | ≦φ150 | 2～20 |
2540 | 10 | 250×300 | ±1 | ≦100×150* | 2～5* |
2000 | 12.7 | 250×300 | ±1 | ≦100×150* | 2～6* |
1500 | 16.9 | 180 | ±1 | ≦φ75 | 2～8 |
1500 | 16.9 | 240 | ±1 | ≦φ125 | 2～5 |
1000 | 25.4 | 240 | ±1 | ≦φ125 | 2～12 |
1000 | 25.4 | 380 | ±1 | ≦φ150 | 2～16 |
1000 | 25.4 | 380 | ±3 | ≦φ300 | 2～16 |
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