Production Date, Shelf Life, Batch Number and Qr Code of CO2 Laser Marking Machine

• Customization: Available
• Laser Visibility: Invisible
• Cooling System: Air Cooling
• Model NO.: MZ-CM60-YT
• Technical Class: Continuous Wave Laser
• Type: Optical Fiber Laser Marking Machine
• Marking Method: Scanning Marking
• Graphic Format Supported: Plt, Dst, Ai, Dxf, BMP, JPG, CAD, CDR, Dwg
• Applicable Materials: Majority of Nonmetal Materials Such as Leather
• Applicable Materials -2: Glass, TFT, LCD, Plasma Screens, Textiles
• Power: All Power Available
• Repeatability Accuracy: ±0.01mm
• Marking Speed: 8000mm/S
• Marking Area: 100*100mm
• Working Environment Temperature: 10-40℃
• Power Supply: 220V 50Hz/60Hz
• Service Life: 40000h
• Repetition Frequency: 1-20Hz
• Total Power: 1200W
• Transport Package: Export of Wooden Crates
• Specification: 900*800*1000mm
• Trademark: MZLASER
• Origin: Qingdao China
• Package Size: 90.00cm * 80.00cm * 100.00cm
• Package Gross Weight: 70.000kg

Product Description

Product Introduction

The CO2 laser marking machine, also known as the CO2 laser marking machine, is an industrial marking device that uses carbon dioxide gas as the working medium to generate laser with a wavelength of 10.6μm. Lasers of this wavelength can be effectively absorbed by most non-metallic materials, and thus are particularly adept at making high-precision and permanent marks on various non-metallic products.

It uses a laser beam to cause physical or chemical changes (such as vaporization and discoloration) on the surface of materials, thereby "etching" clear patterns, characters, serial numbers, QR codes and other information. It is widely used in industries such as food packaging, medicine, electronics, handicrafts, clothing and leather.

Main components

· Laser: The core component, namely the CO2 laser tube, is responsible for generating laser. The power ranges from 10W to 100W or even higher, which determines the marking speed and depth.
· Galvanometer system: Composed of a galvanometer motor and a scanning lens, it controls the deflection path of the laser beam and is the key to achieving high-speed and precise marking.
· Focusing system (field lens) : Located behind the galvanometer, it is used to focus the laser onto the working plane. Its focal length determines the size of the marking range and the fineness of the focal point.
· Control system: It is like the brain of the equipment, receiving the graphic files designed by the computer and converting them into electrical signals to drive the galvanometer and laser to work together.
· Control software: User operation interface, used for editing marking content and setting marking parameters (power, speed, frequency, etc.).
· Casing and cabinet: Provide mechanical structural support, safety protection and electrical system integration.

Product features

1.Non-metallic marking expert: It has an excellent marking effect on the vast majority of non-metallic materials, which is its most core advantage.
2. Diverse marking effects: It can achieve various effects such as engraving, etching, foaming, and color change, meeting different visual and functional requirements.
3. Permanent marking: The marking is clear, wear-resistant, corrosion-resistant, and cannot be easily erased, featuring anti-counterfeiting and traceability functions.
4. Non-contact processing: No mechanical stress, no damage to the product surface, suitable for precision and fragile items.
5. High speed and high efficiency: Controlled by a computer, the marking process is completed instantly, making it highly suitable for large-scale online production.
6. High precision and flexibility: It can mark extremely complex graphics and tiny characters, and supports automatic jumping of serial numbers and variable data (such as dates, barcodes).
7. Low operating cost: The main consumables are laser tubes (with a lifespan typically ranging from several thousand to tens of thousands of hours), which are easy to maintain and have a low long-term usage cost.

Main application industries and materials

Food packaging, such as plastic packaging bags, PET bottles, paper boxes, and leather, typically features the following marking contents: production date, shelf life, batch number, and QR code
In the pharmaceutical industry, such as drug packaging boxes, glass medicine bottles, and plastic test tubes, typical marking contents include: batch number, expiration date, LOGO, and supervision code
For electronic and electrical appliances, such as plastic casings (ABS/PC), wires, and rubber, typical marking contents include: model, specification, safety certification mark, and serial number
Handicraft gifts, such as bamboo and wood products, leather, paper, acrylic, typical marking contents: personalized patterns, names, blessings
Clothing accessories, such as fabric, leather, buttons, and trademarks, typically have the following marking contents: brand LOGO, size, and washing label
In other industries, such as ceramics, glass, marble, and acrylic, typical marking contents include decorative patterns, numbers, and area identifiers