240V 50W CO2 Laser Marking Machine Engraver 300 M/Min For Metal

DC150i 50W CO2 Laser Marking Machine Metal Engraving Machine QR Code Marking

* The quantity of characters printed each second and production line speed depends on the surface material and marking content.

CO2 laser is a gas beam obtained by exciting carbon dioxide molecules, and its wavelength is 10.6 μ m; The fiber laser is a solid laser obtained by putting a crystal of Yb(ytterbium) compound as a medium in the fiber and irradiating the crystal with a light beam, and its wavelength is 1.08 μ m. The physical characteristic of different wavelengths has a great influence on the processing characteristics of both.

At first, the concept of fiber laser was recognized because it is a laser that can propagate through optical fiber. The reason why it can propagate through optical fiber lies in its wavelength, and it is precisely because of its wavelength of 1.08μm that it can propagate through optical fiber. The advantage of optical fiber propagation is that its optical components have a longer service life and higher maintenance performance.

CO2 laser cutting machine propagates laser with the aid of a mirror from the vibration generator to the processing point, and usually propagates in an optical path isolated from the outside air. Although the light path is filled with air without ordinary dust or foreign matter, the surface of the reflector will be attached by dirt after long-term use, which needs to be cleaned. In addition, the reflector itself will be consumed by absorbing a small amount of laser energy, which needs to be replaced. In addition, to propagate the laser from the vibration generator to the machining point, it is necessary to use multiple mirrors to adjust the reflection angle of the laser for propagation, so it needs certain technical ability and management to maintain normal operation.

Laser Marker for Engraving, Printing and Coding Applictions

Easy-to-use Industrial Laser Markers to Apply Clean, Crisp Codes on Products

Laser marking is a non-contact printing method that marks or engraves high quality 1D or 2D bar barcodes, multiple lines of text, batch number, lot codes, logos etc on various products for tracking and tracing purposes.

Laser Markers offer advantanges over technologies including mark quality, permanence and fewer consumables. The Dikai line of laser marking machines includes CO2 Laser Marker, Fiber Laser Marker and UV Laser Marker in different power outputs to address a range of substrates and applications. In addition, Dikai even offers a comprehensiive portfolio of laser accessories including lensens and beam turning units to simplify integration into your production lines and maximize the laser's performance.

Advantages of CO2 Lasers

•  Permanence of codes: Tamper-proof CO2 laser marks survive for the entire life of the product
•  High quality codes: CO2 lasers provide unique marks that can enhance product and brand perception
•  Low carbon footprint: With limited consumables, CO2 lasers marking technology can aid in sustainability and green initiatives
•  Virtually no consumables: CO2 lasers significantly reduce the cost and hassle of consumables like inks and other fluids
•  Less maintenance: CO2 lasers are virtually maintenance-free, leading to enhanced ease of operation

CO2 lasers provide three different wavelengths for broad substrate coverage

•  10.6μm: Ideally suited to most standard consumer packaged goos applications that mark paper, cardboard, various plastics, adn labels as well as wood and glass products
•  10.2μm: Best applied to laminated cartons commonly used in many cosmetic and pharmaceutical applications. 
•  9.3μm:Specifically suited for marking on PET plastic, typical of beverage products.

CO2 Laser Etching Systems built for Adaptablility

Due to the type of technology used and the life of the components, CO2 lasera are almost always far cheaper than Nd:Yag, Vanadate and Fiber based companions.

There are a multitude of CO2 laser engraving machines available on the market today, so it can get very confusing, especially when taking into account all the different claims and features.

We provide a range of laser systems, including our own. They are hassle-free, easy-to-use, packed with useful features alongside robust, good quality software. Crucially, they are cost-effective.

CO2 laser etching systems tend to be the next logical step form ink jet, dot peen and other labelling systems due to reduced costs, the Macasa laser range is certainly no exception when it comes to speeding up your processes and lowering your overheads. With some fo the fastest line-speeds on the market and a Mean Time Before Failur(MTBF) which puts most other systems to shame, you can see why they are our choice and why they are installed in thousands of production environments around the world.