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A laser cutting machine is an advanced, non-contact processing device that cuts or engraves materials with a high-energy laser beam, instead of traditional physical cutting tools. Its working principle is simple: the laser beam is focused into a tiny high-temperature spot, instantly melting or vaporizing the material surface. Meanwhile, auxiliary gas blows away molten residue, and the CNC system precisely controls the cutting path to finish accurate cutting, hollowing and engraving automatically

Meta Description: Confused how to choose a laser cutting machine? Learn machine types, laser power, working size & key specifications. Honeybee CNC provides fiber laser cutters for plate, tube & profile metal processing.

In 2026, the competitive logic of China's fiber laser cutting machine industry is undergoing a fundamental transformation. Intelligent features that were once exclusive to high-end machines costing hundreds of thousands of yuan are rapidly trickling down. AI vision positioning, adaptive piercing parameter databases, and remote process diagnostics have now reached entry-level machines in the ¥100,000 (roughly US$14,000) price class.

Laser cutting machines generate heat during operation, and the laser tube must be cooled by circulating water to prevent overheating or damage. This article introduces cooling system maintenance, water tank installation requirements, cleaning suggestions and common causes of abnormal water circulation.

Laser cutting machines and laser welding machines both use lasers for metal processing, but they are designed for different purposes. This article explains their working principles, main functions and application differences, helping you choose the right laser equipment for cutting or welding tasks.

After a laser cutting machine has been used for some time, cutting accuracy may develop certain errors, which are often related to focal length changes. This article introduces how to debug laser cutting accuracy through spot focusing, focal length testing and simulated cutting inspection, helping you restore stable machining accuracy.

Long-term operation may cause laser cutting machines to suffer mechanical displacement and reduced cutting precision. This guide details three core correction methods: guide rail parallelism calibration, worktable horizontal leveling, and diagonal squareness adjustment. Follow these step-by-step operations to eliminate errors, restore machine accuracy, and ensure consistent high-quality cutting results.