Mega UV Laser Marking Machine

Sparkle Laser is famous for its quality UV laser marking machine in India. Our Laser Printing Machine on Plastic includes small yet strong laser radiates that empower high-accuracy miniature checking with remarkable goal sharpness. These markers are great for cold stamping applications where heat-impacted zones should be wiped out.

UV laser printing machine can be used with different materials such as plastic, glass, packaging bags, and any other heat-sensitive materials. The Machine is portable and has a high-quality beam. The machine has a focusing spot that is smaller so that the user can achieve Hyper Fine Marking. Additionally, the UV laser machine includes Thermal Impact Area which is Very Small, will not Produce Thermal Effect, and will not Produce Material Burning problems.

Moreover, our UV laser marking machine assists organizations with saving space with its conservative across-the-board marker and regulator plan. You can without much of a stretch coordinate this UV laser marker into your existing manufacturing lines while removing ordinary consumables, bringing about decreased functional expenses.

Explore your UV laser stamping with Sparkle Laser, our instinctive restrictive programming intended to run our whole set-up of laser markers, dot peen frameworks, and scribe checking items. The machine is designed with many high-level features such as fast marking speed and high efficiency, stable performance, small size, and low power consumption.

Additionally, UV laser markers are intended for high-contrast, harm-free checking applications. The stamping head contains an implanted multi-capability camera that can self-adjust on a section, check-stamping quality, and read 2D codes.

UV laser marking machines are generally used for plastic and silicone. This excellent system limits the risk of heat-related harm with its virus-checking strategies, making it helpful for materials that can’t be harmed or are actually imperfect. Try out the free demo of the UV laser marking machine.