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Electronics & Electrical Industry
Laser Technology Advantages
Laser technology, with its advantages of non-contact, high precision, and high degree of automation, is becoming an ideal processing method in the electronic and electrical industry.
The application advantages of laser marking machines in the electronic and electrical industry
High resolution marking, supporting extremely small text/QR codes, suitable for electronic components, circuit boards, switch panels, adapters and other products;
Long term identification, non fading, non shedding, and non polluting, enhancing brand recognition and product traceability capabilities;
Can be marked on various materials, such as ABS plastic, aluminum, copper, stainless steel, coated metal, PCB, etc;
High speed marking, supporting automated assembly line operations, improving production efficiency;
It can prevent counterfeiting, smuggling, and duplication, enhancing brand security.
Long term identification, non fading, non shedding, and non polluting, enhancing brand recognition and product traceability capabilities;
Can be marked on various materials, such as ABS plastic, aluminum, copper, stainless steel, coated metal, PCB, etc;
High speed marking, supporting automated assembly line operations, improving production efficiency;
It can prevent counterfeiting, smuggling, and duplication, enhancing brand security.
The application advantages of laser welding machines in the electronic and electrical industry
Suitable for spot welding/sealing of precision electronic components, such as battery cells, motor contacts, leads, battery cases, power supply cases, etc;
Accurate heat input control, small solder joints, high strength, suitable for electronic components sensitive to thermal effects; No contact, no pollution, no need to polish or clean after welding;
Support automation support (wire feeding, robotic arm, CCD visual positioning) to assist in large-scale production.
Accurate heat input control, small solder joints, high strength, suitable for electronic components sensitive to thermal effects; No contact, no pollution, no need to polish or clean after welding;
Support automation support (wire feeding, robotic arm, CCD visual positioning) to assist in large-scale production.
The application advantages of laser cutting machines in the electronic and electrical industry
- Suitable for precision metal sheet cutting, such as stainless steel, aluminum foil, copper foil, nickel sheet, etc;
No burrs or deformations on the edges, suitable for processing structural components, shells, brackets, etc;
Support flexible customization and small batch diversified orders without the need for mold making;
Compatible with multiple materials, suitable for cutting conductive materials, electronic hardware structural components, electrical nameplates, etc.
Example of application scope
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Application scenarios |
Processing equipment |
Instructions |
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Marking of power adapter housing |
Laser Marking Machine |
Print LOGO, voltage parameters, and certification marks |
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Battery cover, electrode welding |
Laser Welding Machine |
Spot welding is firm and has good conductivity |
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Metal buttons, panel cutting |
laser cutting machine |
Maintain smooth edges without the need for post-processing |
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PCB board QR code identification |
Laser Marking Machine |
High speed marking anti-counterfeiting code and traceability information |
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Cutting and shaping of electrical nameplates |
laser cutting machine |
Replace stamping molds to improve flexibility |
