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TIANHONG CO2 Laser Marking Machine

CO2 laser marking machine adopts CO2 gas as the working medium of the laser galvanometer marking machine.CO2 laser adopts CO2 gas as a medium, CO2 and other auxiliary gases into the discharge tube in the electrode with high voltage, the discharge tube to produce a glow discharge, so that the gas releases the wavelength of the laser 10.64um, the laser energy amplified by the galvanometer scanning and the F-Theta mirror focusing in computer and laser marking control card under the control of the image on the workpiece according to user requirements, text, numbers, lines marking. Under the control of computer and laser marking control card, images, words, numbers and lines can be marked on the workpiece according to the user's requirements.

All CO2 Laser Marking Machine

Materials and Industries

Industry

Timber industry: Permanent marking on the surface of wood, used to mark the brand, batch number, date and other information of the wood;
Packaging industry: Used for marking date, barcode, 2D code and other information on food, medicine and other packaging;
Automotive parts manufacturing: High-precision marking on automotive parts to help identify and track parts information;
Electronic industry: Marking circuit boards and electronic components, which plays an important role in the electronic manufacturing process;
Cell phone industry: Engraving and pattern engraving on the surface of cell phones, increasing the beauty and uniqueness of cell phones;
Food industry: Marking food packaging bags to ensure the safety and quality of food.

Materials

Non-metallic materials: e.g. plastics, rubber, ceramics, stone, glass, etc;
Flexible materials: e.g. paper, fabric, leather, etc;
Organic materials: e.g. wood, wood products, rubber products, etc.

Advantage of Tianhong CO2 Laser Marking Machine

High Quality Imported

CO2 laser marking machine adopts far-infrared laser, imported CO2 radio frequency laser with good laser mode, long working life and stable laser output, which is suitable for industrialized long time continuous work requirements.

Wide Power range

Tianhong laser provides CO2 laser marking machine with different power outputs from 10W-100W, which can meet the needs of various substrates and applications.

High-Speed Scanning

High-speed galvanometer scanning is suitable for industrialized mass production.

Catalog Download

Name	Introduction	Size	Downloads	Update	Category	Thumbnail	Copy Link	Download
Tianhong Lasers Laser Marking Machine Bochure.pdf		1.30MB	136	2024-07-19	Download		Copy Link https://www.cnthlaser.com/phoenix/admin/download?fileId=qyAfUtYpebJr&dp=GvUApKfKKUAU	Download

How to select suitable CO2 Laser Marking Machine?

Knowing equipment performance

Laser power: Power is an important factor affecting the marking speed and effect. Generally speaking, the higher the power, the faster the marking speed, but may also lead to a decline in marking clarity. Therefore, you need to choose the right power according to the actual demand.

Marking speed: Choose the appropriate marking speed according to the production requirements. If mass production is needed, you should choose the machine with faster marking speed.

Marking accuracy: For industries that require high precision, such as electronic component manufacturing, marking accuracy is an indicator that cannot be ignored. Ensure that the precision of the selected equipment can meet the production requirements.

Beam quality: Good beam quality can ensure high-quality marking effect, while reducing the damage to the workpiece.

Clarify the requirements

Marking material: First determine the type of material you need to mark, owing to different materials have different absorption rates and responses to laser light, so need to choose a suitable laser marking machine.

Marking content: Considering the complexity of the marking content, including text, patterns, two-dimensional code, etc., and whether you need high precision or high speed marking.

Production requirements: According to the production scale and efficiency requirements, determine the required marking speed and precision.

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