High Power Laser (CO2) Technology For Metal Cutting
Keywords:
CO2 Laser, Metal Cutting, Intelligent Manufactoring Technology, Internet of Things (IOT)Abstract
High-power CO2 laser technology has become one of the leading methods in metal cutting in various industries. This study aims to evaluate the efficiency, quality, precision, and energy consumption of this technology. The results showed that the CO2 laser is capable of cutting various types of metals at high speeds and producing smooth cutting edges and high dimensional precision. Energy efficiency was also recorded to be better than traditional cutting methods. Although there are some challenges, such as burrs on certain materials, parameter adjustments and operator training can overcome these problems. In this test, the cutting example configuration was created using AutoCAD 2010 as a planning tool (computer aided design), which was then completely converted to USBCNCV3 for the PC support assembly (CAM) process. The materials used were acrylic, high-pressure plastic and plastic cover measuring 10 cm x 10 cm which will be cut into a round sample with a width of 10 cm using a 3.5 Watt CO2 laser. This technology has wide applications in the automotive, aerospace, electronics, and construction industries. Further development with the integration of smart manufacturing and IoT technologies is expected to improve real-time process monitoring and control, as well as open up new opportunities in the application of CO2 laser technology.
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