Laser cutting machines for fabric and other types of materials share a similar basic working principle: they both utilize high-energy-density laser beams to irradiate the material, rapidly heating it to a gasification or melting point, thereby achieving cutting. However, due to the unique characteristics of fabric materials, laser cutting machines designed for fabric have some specific differences and optimizations in their design and application compared to those for other materials. The following is a detailed comparative analysis of these two types of laser cutting machines.
2024-11-20
In the fields of apparel manufacturing, home decor, and personalized design, fabric laser cutters are increasingly becoming the preferred tool for cutting fabrics due to their efficiency, precision, and flexibility. However, with a myriad of laser cutters available on the market, how do you select one that suits your fabric cutting needs? Below are some key considerations to guide you in making an informed decision.
2024-11-19
In recent years, the market for CO2 laser cutting machines has been thriving, primarily due to continuous technological advancements and increasing downstream demand. This article delves into the market trends of CO2 laser cutting machines, analyzing how technological progress drives industry development and how market demand fosters market prosperity.
2024-11-19
Edge yellowing is a common issue when cutting fabrics with a CO2 laser machine, primarily due to the high temperatures generated during the laser cutting process that cause the fabric to heat up and discolor. To address this problem, several methods can be employed:
2024-11-14
The reasons for using a CO2 laser machine to cut digitally printed sportswear and flags are primarily based on the multiple advantages of CO2 laser cutting technology, which are particularly significant in the apparel and flag processing industries. The following is a detailed explanation of these reasons
2024-11-01