Laser Marking Automation

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Features of laser marking automation

1. The beam quality is good and the focus spot is small, which can realize ultra-fine marking.

2. The heat-affected area is extremely small, avoiding deformation, damage or burning of the processed material, and the yield is high.

3. Adopt built-in laser diode technology to avoid the influence of fiber jitter on the output laser.

4. High photoelectric conversion rate, 355nm output wavelength, beautiful engraving effect, good touch feeling and high anti-counterfeiting effect.

5. According to the customer's actual product laser marking requirements, select other optional accessories, such as rotating device, 2D/3D workbench, pen turntable and other fixtures.

Details of laser marking automation

1. Laser source

Adopt high quality UV light source, high beam quality, good stability, high efficiency and long life.

2. Galvo head

Good stability, anti-jitter, high positioning accuracy, fast marking speed, strong anti-interference ability.

3. F theta lens

The highest light transmittance guarantees no power reduction, Suntop original product.

4. Water cooling system

Water cooling system is adopted to accelerate heat dissipation. Protect the host computer to ensure the machine runs for a long time.

Advantages of laser marking automation

● High precision: UV laser has a shorter wavelength and can achieve very fine marking lines and patterns, making it suitable for processing tasks that require high precision.

● High spot quality: The ultraviolet laser has high beam quality and strong focus focusing ability, which can achieve high-resolution and higher-definition marking effects.

●Wide applicability: UV laser can be used for surface marking of various materials, including metal, plastic, glass, ceramics, etc., and has a wide range of applications.

● Fast speed: Laser marking has fast speed and high processing efficiency. It is suitable for mass production and occasions that require efficient processing.

● Non-contact processing: Non-contact processing technology will not cause damage to the material surface and maintain material integrity.

● High stability: The system has high stability, is not prone to fluctuations during long-term operation, and can maintain consistent marking quality.

● Energy saving and environmental protection: No need to use chemicals, no waste water, waste gas and chemical waste, complying with environmental protection requirements.

● Strong markability: good interaction with many materials, different logos, marks and pattern designs can be achieved

Application materials of laser marking automation

It is suitable for almost all materials. Widely used in metal (all metals such as iron, copper, aluminum, magnesium, zinc, etc.), glass, crystal, PCB, plastic, fiber, paper, paint, silicon wafer, LCD, polyamide, wire, plug and other polymer materials.

Application industry of laser marking automation

Especially suitable for the high-end market of ultra-fine processing, skin care cosmetics, medical drugs, food, silicon wafer micro-hole, blind hole processing, glass products, metal products, plastic buttons, electronic components, gifts, communication equipment, building materials, etc.

Parameters of laser marking automation