In this blog, we’ll explore the topic about co2 laser cutting metal and how they perform in metal cutting applications. We’ll cover the thickness of metal a CO2 laser can handle, compare CO2 and fiber lasers, and identify metals unsuitable for CO2 laser cutting.
This article covers the laser cutting printed circuit board. We’ll explore why PCB laser cutting is necessary, the applications of laser cutting in PCB production, and its limitations. Finally, we’ll introduce picosecond laser cutting machines and UV laser engraving machines, which are designed for high-precision cutting and engraving, offering exceptional accuracy and efficiency in PCB.
This article explains what laser plastic welding is, it’s working principles, the types of plastics it can weld, and the laser parameters involved. Learn how it compares to traditional methods and explore its advantages and applications across industries like automotive, medical devices, and package.
Learn how metal laser cleaning machine revolutionize metal cleaning with precision and efficiency. Discover their working principles, advantages, and wide-ranging applications across industries. Find out why our pulsed laser cleaning machines are the best choice for cleaning and maintaining metal surfaces.
Laser cutters can cut wood with precision and efficiency, making them a popular choice for intricate designs and clean finishes. This post explores the advantages, such as accuracy and versatility, alongside challenges like potential burning or discoloration. We’ll share tips to avoid blackened edges, answer common questions, and introduce best laser cutter for wood.
Laser welding is an ideal solution for carbon steel, offering high precision, minimal distortion, and strong weld joints. It works effectively with varying carbon content, from low-carbon to high-carbon steel, though adjustments like preheating may be required for higher carbon levels.
