- Multi-station automatic marking, significantly reducing labor costs.
- High integration: laser marking, content reading, identification, and storage run synchronously.
- Excellent marking effect: good optical mode, stable energy, fine marking, capable of marking graphics, barcodes, and trademarks.
- High precision, fast speed, and stable performance: The high-speed galvanometer greatly reduces delay, improving marking speed while ensuring precision and repeat positioning accuracy.
- High-performance vision controller: Ensures fast and efficient control and data processing of the vision system, providing efficient and highly integrated vision inspection.
- Easy operation: A dedicated marking software based on the Windows platform is provided, which can real-time modulate laser power and pulse frequency. It allows direct input and editing in the dedicated marking software, with the characteristics of simple structure, convenient operation, and high automation.
Industry Applications
- Marking of serial numbers on electrical enclosures and electronic products, PCB circuit boards, ABS enclosures, chip industry, and plastic marking.
- Laser marking on mobile phone battery labels, panels, mobile phone buttons, small daily necessities accessories, etc.
- Laser marking on ceramics and EP materials: electronic component packaging, IC, etc.
- Keyboards and buttons: precision marking on keyboards, buttons, etc.
Automatic Laser Marking and Inspection All-in-One Machine for Metal Nonmetal
Product Features:
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Product Description
The Automatic Laser Marking Inspection Machine is an automatic intelligent equipment developed by our company to meet the needs of part marking and traceability code marking in industries such as automotive transmission structural parts, high-precision electronic components, circuit boards, chips, semiconductors, and new energy power batteries. It integrates automatic marking, QR code content reading, storage, and appearance defect inspection. The main principle is to integrate a high-pixel industrial camera into the marking equipment, and develop software according to different customer needs to identify the 1D code/QR code, characters, and appearance defects marked on the product, make quality judgments, and store relevant data. It is mainly used for product traceability, production information filing, and real-time and efficient automatic identification of process abnormalities.
| Equipment Model | LS-EFB-20/30/50/100W | LS-EUV-3/5/7/10W | LS-ECO2-30/60/120W |
| Laser Output Power | Configured according to customer requirements | ||
| Applicable Laser Wavelength | 1064nm | 355nm | 10.6μm |
| Cooling Method | Air Cooling | Water Cooling | Air Cooling/Water Cooling |
| Vision Parameters | Target tracking and positioning: Supported Multi-target parallel tracking: Supported Galvanometer distortion calibration: Supported Dynamic Focusing: Supported Automatic Light Compensation: 8MP camera (optional) | ||
| Visual Positioning Accuracy | 0.05~0.15mm | 0.05~0.15mm | 0.05~0.15mm |
| Positioning Speed | ＜100ms | ＜100ms | ＜100ms |
| Motor Type | Servo Motor | Servo Motor | Servo Motor |
| Overall Power Consumption | ≤2.5KW | ≤2.5KW | ≤2.5KW |
| Power Requirement | 220V/50Hz/±10% | 220V/50Hz/±10% | 220V/50Hz/±10% |