激光打标机  制造商、经销商、供应商

LASIT’s offerings include both systems to be integrated on production lines and with robots as well as turnkey, fully integrated and automated systems.
LASIT stands out for its ability to respond to market needs with innovative solutions, particularly the level of software automation, which is capable of handling complex processes smoothly and easily.
Four laser technologies, endless industrial applications. Explore LASIT’s solutions for tracking, finishing, cleaning and processing a wide variety of materials.
Marking:
Laser marking is recognized as a versatile and precise technology for labeling, coding, and engraving a wide range of materials in various industrial sectors. This "non-contact" marking method is permanent and offers numerous advantages over traditional techniques such as ink printing or microdot mechanical engraving. Laser marking is widely adopted in sectors such as electronics, automotive, medical, and home appliances for its ability to create high-quality and durable markings on different materials.
Cleaning:
Laser cleaning is a technique used to remove contaminants from a surface. Optimizing the laser parameters ensures effective removal of contaminants while leaving the treated substrate intact. This process can follow a specific geometry or extend to the entire surface. Its versatility makes it widely used in sectors such as automotive, medical, semiconductor manufacturing, electric vehicles and battery production, ensuring high quality and consistency between treated parts.
3D Engraving:
Engraving is a non-contact, wear-free process for removing layers of material. Laser engraving is the only technique in which no tool physically touches the object to be engraved. In fact, the laser beam heats the material until it is vaporized. The laser parameter settings and vision systems used by LASIT make it possible to meet a wide variety of engraving needs in the industrial environment.
Degating:
Degating is a crucial process in the production of injection molded plastic components, widely used in the automotive and other manufacturing industries. It involves the careful removal of excess plastic material, known as a "gate" or injection point, which remains attached to the part after molding. Degating is essential to achieve high-quality finished parts, improving both appearance and dimensional accuracy. Effective degating ensures that parts meet required specifications, facilitating assembly and ensuring optimal functionality of the final product.

Laser marking is recognized as a versatile and precise technology for labeling, coding, and engraving a wide range of materials in various industrial sectors. This "non-contact" marking method is permanent and offers numerous advantages over traditional techniques such as ink printing or microdot mechanical engraving. Laser marking is widely adopted in sectors such as electronics, automotive, medical, and home appliances for its ability to create high-quality and durable markings on different materials.
Laser cleaning is a technique used to remove contaminants from a surface. Optimizing the laser parameters ensures effective removal of contaminants while leaving the treated substrate intact. This process can follow a specific geometry or extend to the entire surface. Its versatility makes it widely used in sectors such as automotive, medical, semiconductor manufacturing, electric vehicles and battery production, ensuring high quality and consistency between treated parts.
Engraving is a non-contact, wear-free process for removing layers of material. Laser engraving is the only technique in which no tool physically touches the object to be engraved. In fact, the laser beam heats the material until it is vaporized. The laser parameter settings and vision systems used by LASIT make it possible to meet a wide variety of engraving needs in the industrial environment.
Degating is a crucial process in the production of injection molded plastic components, widely used in the automotive and other manufacturing industries. It involves the careful removal of excess plastic material, known as a "gate" or injection point, which remains attached to the part after molding. Degating is essential to achieve high-quality finished parts, improving both appearance and dimensional accuracy. Effective degating ensures that parts meet required specifications, facilitating assembly and ensuring optimal functionality of the final product.

汽车、医疗行业、航空航天、家用电器、电子、促销产品、国防、铸造、Oledynamics