Application of 355nm UV laser marking machine on acrylic (plexiglass)

Acrylic, also known as PMMA or plexiglass, is a polymer material developed earlier. During the operation of the laser marking machine, acrylic glass has strong plasticity, stable chemical properties, easy processing and easy coloring, and is used in many fields. Such as advertising light boxes, signs, bathroom facilities, handicrafts, cosmetics, street lampshades, furniture, lighting, signs and so on. Some customers have asked which laser marking machine is good for acrylic? Let's take a look at it in detail.

According to common sense, both carbon dioxide laser marking machine and ultraviolet laser marking machine can engrave acrylic. The acrylic effect printed by ultraviolet marking machine is very beautiful, but the price is high. The price of carbon dioxide laser marking machine is low, but the marking effect is not very ideal, so each has its own advantages.

The UV laser marking machine can carry out fine marking and material marking due to its small focusing spot and small processing heat affected zone. It is a product for customers who have higher requirements for marking effect. In addition to copper materials, UV lasers are suitable for a wider range of materials. Not only the beam quality is good, the focusing spot is smaller, and fine marking can be achieved; the scope of application is wider; the heat-affected area is small, there will be no thermal effect, and there will be no material scorching problem; the marking speed is fast and the efficiency is high; the performance of the whole machine is stable , small size, low power consumption and other advantages

Shenzhen RFH Laser Technology Co.,Ltd was founded in 2007 with headquarters in Shenzhen High-Tech Industrial Park, branch offices in Wuhan and Suzhou and production base in Huiyang. 

As the leading industrial solid-state laser manufacturer, RFH laser company offer 355nm ultraviolet laser, 532nm green laser and customized laser for a broad range of commercial, industrial, and scientific applications.