26 Fonts Fiber Laser Marking Machine

20W Fiber Laser Marking Machine

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

Why fiber lasers?

Fiber lasers aren't the only type fo laser on the market, and in fact they aren't the most common either. You'll find that gas lasers, which most often use carbon dioxide or heliumneon as their medium,a re actually the most common; mainly as they have been around much longer than Fiber Lasers.

All laser process come with their upsides and downsides, but it seems that the benefits of fiber laser far outweights that of any of the other processes. It's the newest of the laser processes, only really picking up a lost of traction in the lase couple of decades or so.

But the benefits that it provides, wihch we'll come on to below, have been quickly realised by those all over the globe. Fiber lasers are now used as standard in dozens of industries around the world, and they now help to create the phones that we use every day, the transport taht gets us around, and the medical care taht we rely on so often.

That's probably one of the biggest advantages to fiber lasers that makes them so attractive; the fact that can so easily and seamlessly adapt between industries for a huge ranges of applications.

For marking plastics and welding metals to perfecting diamonds and helping with medical surgeries, fiber lasers truly are one fo the most adaptable and versatile pieces of equipment on the market.

Low maintenance costs

Something that businesses always have to consider is their overheads and costs, and fiber lasers are brilliant at keeping theses costs down. Not only are they a cost-effective solution in themselves which more than return their value in terms of their output, but they have extremely low maintenance costs too.

Compact size

You'll typically find that fiber lasers are smaller and more compact than many of their counterparts (making them easier to install into machines), which also makes them lighter too.

Low sensitivity

The way in which a fiber laser has been built and constructed means that is has been designed for low sensitivity. Other types of laser can be extremely sensitive, and if knocked can fall completely out of alignment, rendering them useless until fixed by and expert.

The way in which a fiber laser has been designed is the opposite to this, meaning you'll never have to worry about precise alignment or sensitivity! However, we're not saying you shouldn't treat your fiber laser delicately!

No heat damage to the objects

The laser beam that is emitted from a fiber laser will be incredibly powerful in nature, which is why it can so easily drill through thick materials such as steel. However, one of the great advantages of fiber lasers is that they can be so precise that the beam wonlt cause any damage to the surrounding material of the object that they are working in.

This is a crucial benefit for industries such as the electronics industry, where the beam needs to work at incredibly small sizes without damaging any of the core components essential in having these electronic devices working efficiently.

Superior perfomance

You'll also find that fiber lasers offer a superior performance over many of their counterparts. Fiber lasers provide a much higher level beam quality which can be highly focused to achieve extremely accurate levels of precision, as well as increased power densities.

This also means that tasks can be completed at a quicker rate and at a much lower power consumption. Again, the less power used means the less it will cost the business!

Applicable Industries:

Precision instruments, computer keyboards, auto parts, plumbing parts, communications equipment, medical equipment, bathroom equipment, hardware tools, luggage decoration, electronic components, home applicances, watched, molds, gaskets and Seals, data matrix, jewelry, cell phone keyboard, buckle, kitchenware, knives, cooker, staionless steel products, aerospace equipment, integrated circuit chips, computer accessories, signs molds, elevator equipment, wire and cable, industrial bearings, building materials, hotel kitchen, military, pipelines.

Tobacco industry, bio-pharmaceutical industry, liquor industry, food packaging, beverage, health care products, plastic buttons, bathing supplies, business cards, Clothing accessories, cosmetics packaging, car decortaion, wood, logos, characters, serial number, bar code, PET, ABS, pipeline, advertising logo.

Printing on PET bottles provides a range of manufacturing challenges if the solution is unspecified. Depending on the application and specifics of the manufacturing facility in question, Dikai can draw on its knowledge and experience built over years designing and installing printing equipment at global beverage sites. For printing on PET bottles, Dikai's laser marking solutions are frequently chosen. DFR series lsaer scribe high-quality (frosted) codes onto a range of PET products and PET bottles.

Dikai's laser solutions offer flexible positioning using the beverage beam delivery for the smallest footprint on both conveyor and bottle table applications. Exceptional wavelength capabilities, flexible i-Tech scanhead, and unique mirror beam control underpins performance. Modular design enable simple integration into the challenging PET production lines.

High speed

Faster coding speed, up to 700 characters/s.

high quality

The new intelligent control algorithm provides high quality marking technology

high reliability
Enhanced anti-electromagnetic design ensures stable operation in harsh environment

Ease of integration
Compact independent design, can be better integrated into the existing production line
Compact size, can adapt to a variety of installation space

The advantages of miniaturization and intensification brought by the low manufacturing cost and mature technology of glass fiber and the forgivability of optical fiber;
The glass fiber does not need to match the incident pump light as strictly as the crystal, which is due to the wide absorption band caused by the uneven broadening caused by Stark splitting of the glass substrate.
Glass has very low volume-area ratio, fast heat dissipation and low loss, so it has high up-conversion efficiency and low laser threshold.
There are many output laser wavelengths: this is because the energy level of rare earth ions is very rich and there are many kinds of rare earth ions;
Tunability: due to the wide energy level of rare earth ions and the wide fluorescence spectrum of glass fiber.
Because there is no optical lens in the resonant cavity of fiber laser, it has the advantages of no adjustment, no maintenance and high stability, which is unmatched by traditional lasers.
The export of optical fiber makes the laser easily competent for various multidimensional arbitrary space processing applications, and makes the design of mechanical system very simple.
Competent working environment, with high tolerance for dust, shock, impact, humidity and temperature.
Instead of thermoelectric cooling and water cooling, only simple air cooling is needed.
High electro-optical efficiency: the comprehensive electro-optical efficiency is as high as 20% or more, which greatly saves the power consumption during operation and the operation cost.