Plastics that may be engraved or marked with a laser are known as laser engravable polymers. Many other businesses, including signs, honors and recognition, industrial labeling, and personalized presents, frequently employ these materials.
Popular kinds of plastics that can be engraved with a laser include:Acrylic: Because of its clarity and colorability, acrylic is a popular material for laser engraving. It is frequently utilized in prizes, trophies, and signs.
The thermoplastic ABS (Acrylonitrile Butadiene Styrene) is frequently utilized in industrial settings. It resists impacts well and is strong.
The automotive, aerospace, and medical industries frequently employ polycarbonate, a robust and long-lasting material. It is frequently utilized for protective gear like safety glasses.
Overall, using a laser to engrave plastics is a flexible and affordable approach to produce unique goods and signage. The exact application and intended appearance of the finished product will determine the plastic material to be used.
Global laser engravable plastics market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
LaserPecker, the global pioneer in powerful, portable, and economical laser engraving devices has announced the arrival of their latest product; the LaserPecker 4.
The advanced technological features that the company has invented are built upon by this multi-material prosumer laser.
The LaserPecker 4 can engrave or cut nearly any material, including plastic, metals, bamboo, glass, stone, and more, thanks to its more potent 10W laser, wider engraving area, and thicker cutting capacity. The best customisation tool available to authors of all skill levels is this.
The LaserPecker team has established a devoted user base throughout the world by making lasers simple and enjoyable for both amateurs and experts.
The LaserPecker 4, which is the company’s most advanced iteration of a versatile, portable, multi-material laser engraver, has undergone continuous improvement. The user-friendly design streamlines workflow and produces flawless engravings on metals and plastics by enabling quick switching between light sources at the press of a button.
Both a 2W infrared laser and a 10W blue light laser with a peak output of 20kW each power the LaserPecker 4. This robust integrated laser system produces sharper details, astounding 8k resolution accuracy, 0.01 mm precision, engraving speeds up to 1200mm/s, and a cutting capacity of 8 mm when combined with an improved algorithm and high-speed galvanometer technology.
© Copyright 2017-2023. Mobility Foresights. All Rights Reserved.