Introduction When buying a fiber laser cutter, you need to decide between a single platform and exchange table model. Both cut metal accurately, but they differ in efficiency, cost and use cases.   1. Single Platform Laser Cutting Machine It only has one worktable. The machine must stop for loading and unloading sheets after each […]

Auxiliary gas is a critical factor that directly decides cutting edge quality, processing speed and operating cost for fiber laser cutters. Many fabricators pick gas only by experience, which easily leads to poor workpiece finish, excessive consumption and higher production expenses. Understanding the features and suitable scenarios of each common auxiliary gas helps you make […]

Modern fiber laser cutting machines are equipped with intelligent alarm systems to protect core components from damage. Operators often panic when error codes pop up on the control screen, stopping production suddenly. Most alarms do not represent serious breakdowns. You can solve basic failures quickly with standard troubleshooting steps and resume production without waiting for […]

Regular maintenance is the most cost‑effective way to extend the service life of a fiber laser cutter, keep cutting quality consistent and avoid unexpected production downtime. Many factory owners only fix the machine after breakdowns, which often leads to costly spare part replacements and delayed orders. Proper daily, weekly and monthly maintenance routines can greatly […]

Introduction Traditional metal tube and profile processing relies heavily on manual cutting, sawing and secondary finishing, which leads to low precision, messy notches, heavy burrs and slow production efficiency. For structural steel profiles including square tubes, rectangular tubes, channel steel and H-beams, conventional processing methods struggle to meet the high-precision sizing, hole punching, grooving and […]