Laserbeschriftung systems are useful whether you are marking, engraving, or gisserie. Productivity is increased, costs are reduced, and environmental performance is improved with these systems. What’s even better? There’s no charge for them! Why don’t you give them a try? Take a look at this innovative technology to learn more! Visit our laserbeschriftung and laser articles pages for more information.
Using lasers
Your laserbeschriftung project is in good hands with LASIT. We have a laser for your project, whether it’s a customized planning service or an automated industrial process. Using their laserbeschriftung solutions, you’re guaranteed to get the right mark the first time. Check out lasitlaser.de for more information. Here’s what you need to know! On lasitlaser.pl, we answer your questions.
The laser marking industry is dominated by LASIT. Sorrento peninsula, in 1990, is the location of the company. The laser marking expertise of this company is particularly useful when it comes to cylinders, pumps, valves, and gaskets. With nearly 30 years of experience, Lasit has built up a global customer base, including Volvo, FCA, and Ferrari.
The use of lasers
American physicist Ali Javan and Iranian physicist William R. Bennet developed the first commercial laser in the 1960s. Lasers are powered by electric energy. Carbon dioxide lasers and helium-neon lasers are also common types of lasers. Optical research laboratories primarily use these kinds of lasers because they are relatively inexpensive. There are several industrial applications for the latter type, including welding and cutting.
In contrast to the latter, lasers produce the same color of light. Due to their coherent photons, this is the case. The wavelength and phase of light they produce when they collide are the same. A laser beam is what we refer to as this.
Engraving using lasers
Aside from the benefits listed above, LASIT laser marking offers several integrated systems with an internal vision system that ensures that the product can be traced.
 Both laser engraving and laser marking work by using pulsed laser beams to modify surface structure and create permanent codes. It has replaced conventional marking methods in the jewelry industry with LASIT laser marking systems.
A laser beam is focused on the material to be engraved during the laser engraving process. When a material is heated to a high temperature, it becomes malleable, which alters its surface. The permanent markings are then left behind when it cools rapidly. In order to match the specific needs of the customer, the laser etching process is adjusted according to the application. There are many types of objects that can be engraved with a laser, such as hunting knives, glassware, metal tools, and plastic products.
Marking with lasers
Laser engraving and marking machines are designed and manufactured by Lasit Laser from Poland. A wide variety of components, including water fittings, are manufactured by the company. Its laser marking machines are both highly functional and aesthetically pleasing. There are a number of reasons why customers may need to contact this customer support line. As well as providing technical support, the team can provide product information as well as assist with warranty claims. Lasit Laser machines offer the following benefits.
Providing fiber laser marking with standard, picosecond, and MOPA versions, the company specializes in fiber laser marking. In addition to CO2 lasers, UV lasers can also be used for laser marking. A range of laser marking solutions are available from Lasit for plastics, metals, and other materials. It offers customized solutions for its customers in order to ensure product quality and traceability.
Lasers by Lasit
Lasit specializes in laser marking cylindrical components. With a long track record of producing high-quality products, this Italian manufacturer was founded in 1990. This company was founded in Vico Equense and boasts customers such as Ferrari, Volvo, and FCA. A comprehensive laser laboratory is maintained by Lasit to meet ever-changing market demands. A detailed scientific report is provided to customers after the company conducts R&D and feasibility studies for new products and services.
There are many applications for Lasit lasers. Metal and plastic materials can be cut easily with C02 lasers, while natural materials can be marked with fiber lasers. These lasers have an active medium positioned inside two mirrors, one directional and one omni-directional, inside the resonator. This mirror is therefore unable to let out all types of radiation from the resonator. A laser beam is generated as a result of direct light piercing surfaces.
