/FAQ About Laser Technology and Beschriftung Software

FAQ About Laser Technology and Beschriftung Software

LASIT answers commonly asked questions regarding laser technology and beschriftung software. Learn about the benefits of lasers and their prices. Find out how to get started. Get started today by visiting lasitlaser.de. For more information, read the FAQ. LASIT is a leading provider of laser technology and beschriftung software. It also offers extensive training on laser technology. Whether you’re an art student or a professional who needs help creating designs, you can visit LASIT.


Laserbeschriftung and lasergravur release microparticles into the atmosphere. The human eye can see up to 20 micrometres; human hair misses the planet by 70 micrometres and pollen misses by 10 micrometres Laserprocesses cause long-term exposure to harmful levels and can even damage entire lungs. To prevent this, laserbeschriftung and laser gravure use special protective gear and other safety measures.


The technology behind lasers has been around for a long time. The Industrielaser can convert electrical energy into lasers. This requires a laser resonator and appropriate input energy. The resulting light can be used for many different purposes and is extremely durable. The technology behind this technology is known as IPG, which is based on innovative optical side pumping and bundling of many fasergekoppelter diodes.

The technology behind the lasers uses two types of light sources, either diodenbarren or schwachest emitters. Each diode has about ten to one hundred emitters. The two different laser sources are separated by a wellenlangen difference. In addition to the two types of lasers, a photodiode is placed in between the diodes, and a corresponding electrical output signal is generated.


There are various parameters to determine the best laser for the job. Some of these parameters are heat and code-resistant, while others are simply aesthetic. The contrast between the mark and the background is determined by the laser’s parameters, so make sure you choose the right one for your project. At LASIT, you can learn how to choose the best laser for your needs. You can even test the various options for free.

One of the best options for marking on plastic is the FlyCO2. It combines the low cost and high productivity of a conventional laser with short pulse duration. It also operates in a 100kHz Single-Shot-Bereich and can be programmed according to Profibus and Profinet protocol. LASIT’s FlyCO2 is a versatile, cost-efficient option for marking on plastic.


The term “laser gravure” means “gravure by laser.” It is a method of marking, which involves heating the material and changing its form. Lasergravur uses heat to sublimate the upper layers of the material. The process requires less time and energy than other methods of engraving. LASIT-Labors is an ideal location to perform laser marking tests and receive laser gravure recommendations.

The FlySwap is a robot-based lasergravure system that verfugates over two ladestations. This type of machine was developed specifically for laser beschriftung of circles leaders but is also suitable for engraving a variety of other parts. It also features a double lake station with movable Kugelrollen. Kugelrollen is ideal for handling heavy parts and can also be used to open the beschriftung from the side.


The term “Laserbeschriftung” is short for Light Amplification by Stimulated Emission of Radiation. Today, lasers are essential in many aspects of our lives, from modern medicine to defence. As one of the most powerful manufacturing tools, they are also used to write on various materials. However, not all materials can be written with lasers. Here are some things you should know before getting laserbeschriftung.

The Powermark FlyPeak is a powerful industrial laser with a high-precision beam. This beschrifting system is used for different applications, including logos, 2D-code, and one-dimensional codes. It is equipped with a pulse duration of 10 ns and works in Ethernet/IP. It can print up to five colors in one step and is compatible with existing SPS systems.

Lasermarkierung mit Faserlaser

Metall-Lasermarkierungsmaschinen are UV-Lasermarking machines with Faserlaser-System. This high-speed machine can mark most metals as well as some non-metallic materials. The lines created by this machine are clear and durable. In addition, the UV-Lasermarking machine minimizes the Ausfallrate. Here’s more information on this technology.

The process of laser gravure embeds markings into an upper flap of a product. This process requires a high-power laser, a sufficient sublimation temperature and a material that resists corrosion. The Laserax Anlagen are easy to integrate into a production line. They can be integrated into a volt automatic line, where a roboterarm holds the parts in place during the markiervorgang and encapsulates them afterwards.