LASER MARKING SERIES
Lamination Process
Screw Fastening/ Welding Process
Automated Optical Inspection
Non-Standard Process
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Equipment Features
1. No manual material loading or unloading required; one person can monitor multiple machines, significantly reducing labor costs and minimizing human error.
2. Loading, marking, and unloading are performed simultaneously, eliminating waiting time and idle time, enabling continuous operation and significantly increasing production capacity compared to manual marking machines.
3. Laser non-contact marking produces clear, fade-resistant, and non-deforming characters with high consistency, ideal for marking precision parts.
4. Combined with servo/mechanical positioning, it offers high repeatability and accuracy, eliminating offset and mis-marking.
5. Supports various materials: metal, plastic, glass, ceramics, etc.
6. Can be directly integrated with production lines, robotic arms, and assembly lines to easily achieve fully automated production lines.
Technical Specifications
| Project | Specifications |
| Equipment Model | MY-ALEM01 |
| Equipment Functions | The equipment is mainly used for engraving marks or QR codes on product surfaces |
| Suitable Sizes | L: 80mm~200mm x W: 40mm~130mm |
| Visual Recognition Accuracy | ±0.01mm |
| Alignment Method | Mechanical Positioning & Built-in Vision Guided Positioning |
| Equipment Dimensions | L1600 x W1100 x H1800 |
| Power Supply Voltage | AC220V |
| Air Supply Requirements | 0.6MPa (6Kgf/cm2) |
| Equipment Capacity | ≤9S/PCS |
| Laser Type | Carbon Dioxide/Fiber Optic/Green/Ultraviolet |
| Other Main Functions | Automatic Barcode Scanning, Automated Loading and Unloading |
Equipment Features
1. No manual material loading or unloading required; one person can oversee multiple machines, significantly reducing labor costs and minimizing human error.
2. Material loading, welding, and unloading are performed simultaneously, eliminating waiting time and idle periods, making it suitable for large-scale continuous operations with a significantly higher throughput than manual welding.
3. Laser energy, trajectory, and speed are fully CNC controlled, resulting in uniform welds with minimal deformation, no incomplete welds, and no missed welds, leading to high yield and strong consistency.
4. Small heat-affected zone, suitable for precision parts, thin-walled parts, and small structural components, without damaging the appearance or internal components.
5. Servo platform + optional CCD vision positioning ensures precise and offset weld positioning, meeting the requirements of high-precision products.
6. Equipped with safety protection and a fume purification system; user-friendly interface, allowing beginners to quickly learn and operate without the need for experienced welders.
For 3C, new energy, automotive electronics, medical devices, aerospace enterprises, we provide exclusive customized solutions and
equipment based on their unique demands and specific problems.
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