If you’re in the market for a fiber laser marking system, you’ll want to learn about LASIT laser. The company offers a comprehensive suite of fiber laser marking solutions, including integrated systems with an internal vision system. Its laser technology makes it a reliable option for marking die-cast and cylindrical components.
LASIT laser specializes in fiber laser marking
Lasit laser is an Italian manufacturer of laser marking systems for a variety of industrial applications. The company’s factory is located in Torre Annunziata, Italy, and houses 12000 square feet of laser marking equipment. Founded in 1990, Lasit has built its reputation on high-quality products and custom solutions. The company values innovation and global perspectives. It also offers opportunities for continuous learning.
Lasit laser specializes in fiber laser marking, as well as C02 and UV lasers. The company has a comprehensive lab and offers R&D and feasibility studies for specific applications. Their scientists are available to answer any question a customer may have about laser marking. It also offers a variety of custom-built solutions to meet a customer’s unique specifications.
Fiber lasers are used for many industrial applications. The technology is reliable and offers unmatched results. They can process materials such as metal and plastic and are less susceptible to nicks and chips. Additionally, the technology is easy to integrate and use, making it ideal for a variety of applications.
LASIT lasers are equipped with a TTL vision system. This system is integrated into the laser scanning head, enabling it to recognize DataMatrix codes. The camera detector then captures light reflected by the part. This allows for a clear view of the framed area. The 3-axis head also offers constant focal elevation.
It offers integrated systems with an internal vision system
The Lasit laser has an integrated vision system that allows it to perform quality control for laser marking cylindrical components. Its laser marking systems have a track record of delivering high-quality products. Founded in 1990 in Vico Equense, Italy, Lasit boasts customers such as Volvo, FCA, and Ferrari. In addition to providing high-quality laser marking systems, the company also runs a comprehensive laser laboratory and performs feasibility studies.
LASIT laser marking systems use pulsed laser beams to modify the surface structure and create permanent codes. The process replaces conventional marking methods in the jewelry industry. The laser-marked product is fully traceable from the initial to the last piece in the supply chain. It is also more flexible than other marking methods, making it suitable for different industries.
SIC Marking’s integrated vision option involves positioning a high-resolution camera in the laser marking head. It is capable of reading two-dimensional codes, such as Datamatrix and QR-Code, on all types of materials. The integrated system eliminates the need for manual adjustment and enables the operator to perform multiple operations with the same system.
Integrated systems with an internal vision system help companies make better use of their existing technology. These systems help companies achieve a more flexible work process by reducing the risk of errors. A high-precision laser system can reduce cycle times and improve quality, reducing scrap and increasing economy. A LASIT laser system can also improve the speed of labeling by eliminating costly product holders and fixtures.
It is a reliable option for marking die-cast components
The Lasit Laser system is a reliable option for marking die cast components, especially those that need to be accurately positioned. The system’s Smart Focus technology provides fast and accurate focus. It features an intuitive user interface and connects to factory ERP and MES systems. The laser is also capable of out-of-focus marking. The laser’s Intelligent Laser System can project virtually any pattern using red light. It can also import patterns from 3D models and FlyCAD.
The Lasit laser marking system can be integrated into any die casting process, and the system’s auto-centering feature eliminates the need for human intervention in centered the parts. It also features sensors and software that recognize each part, automatically adjusting the laser’s focus. The system can also mark die-cast components in either vertical or horizontal orientation.
Another advantage of the laser marking process is its high contrast. The laser beam can modify the surface of the material, alter the ambient light reflection, and create a high contrast marking. The laser is computer controlled and can be programmed to mark almost anything. The power of the laser is also adjustable to minimize the solution cost.
The Lasit laser is a highly reliable option for marking die-cast components. Its patented technology enables it to achieve precise results in a matter of minutes. The company’s high-tech development team creates customized laser systems for marking, deep engraving, and cutting. It also manufactures systems for precision micro-drilling. These systems are used in big and small firms around the world.
It engraves cylindrical components
Lasit is an Italian company that specializes in laser marking cylindrical components. The company was founded in 1990 and is based in Vico Equense on the Sorrento peninsula. It has 100 employees and a factory with 12000 square meters. The company also has sales and service offices in Eastern Europe.
The Lasit laser engraves cylindrical parts by using a dual-station design. It has a large marking area, which makes it perfect for high-precision engraving. It is also built to be very robust. This means it can mark large items like plaques and plates.
Lasit Laser specializes in laser engraving and marking, and is a manufacturer of laser machines for the jewelry and industrial markets. It offers a variety of solutions, from custom laser engraving to laser marking, including the use of CO2 and UV lasers. The company is also able to provide technical support for its products and help with warranty claims.
The Lasit laser engraves cylindrical parts and flat surfaces. It can also mark complex geometries. It can also mark both reflective and absorbent materials. Depending on the application, the Lasit laser can mark both reflective and absorbent materials. The Lasit Laser Workstation can be equipped with a rotary C axis for even more versatility.
It uses a Neodymium-Yttrium-Aluminum Garnet (Nd: YAG) crystal
Neodymium-doped YAG is a material commonly used as a lasing medium for solid state lasers. This type of material contains neodymium ions that replace the yttrium ions in the crystal structure. These ions have similar sizes and contribute to the lasing activity.
The Nd: YAG laser is a high-power laser using a crystal of aluminum or garnet as the active medium. It operates at 1060 nm and emits infrared radiation. Because it is invisible, the laser radiation is less absorbed by dark tissue and can be transmitted easily over fiberoptic cables.
Laser is a tool used in medicine for medical procedures. It produces a focused beam of light that can cut, coagulate, and cure tissue. Lasers also help diagnose and treat a variety of diseases and conditions.
The Nd: YAG laser is one of the most widely used in medicine. Its wavelength, 1064 nm, is ideal for treating different medical conditions, including urology. Furthermore, it has minimal side effects and is safe for most skin types.
The Nd: YAG crystal is a synthetic material doped with the chemical element neodymium. This chemical element excites the electrons in the Nd: YAG crystal to a higher energy level. This causes the crystal to produce a laser beam.
It is used for defense
A Lasit laser is a type of industrial laser used for various applications. Its advantages include fully air-cooled construction, service-free operation, improved power efficiency of up to 50%, and low voltage power source. Moreover, LASIT lasers have compact footprints and are able to withstand harsh industrial environments. They also have an automatic alignment feature and 25 mm stainless steel cable, which forms a protective jacket around the fiber cables. The Lasit laser has a number of uses in the military. One of them is to detect and destroy radioactive materials. This laser is capable of detecting radioactive elements even through thick steel layers. The laser also helps detect landmines, which have been used in war for decades. Though these landmines have proven to be effective during battle, they can also remain unexploded in areas where there is no longer a war. That is why the U.S. military is looking to use lasers to defuse these unnecessary landmines.