Introduction Incomplete cutting is one of the most frequent and troublesome failures in daily fiber laser processing. Many fabricators encounter situations where the laser cannot cut through metal plates, resulting in unseparated workpieces, continuous material connection, scattered cutting sparks, and low finished product yield. Incomplete cutting is not always caused by machine breakdown. Most problems […]

Introduction Stainless steel laser cutting is one of the most common yet challenging processes in metal fabrication. Unlike carbon steel, stainless steel features poor thermal conductivity and high melt viscosity, making it prone to dross adhesion, edge burrs, and rough cutting surfaces. Excessive burrs and slag will lead to time-consuming secondary polishing, increased scrap rates, […]

Introduction With the rapid development of the metal fabrication industry, customer requirements for cutting speed, plate thickness, surface quality and delivery efficiency continue to rise. Traditional medium-power laser cutting machines are gradually unable to meet the demands of thick plate processing and large-batch production. More and more metal workshops are considering upgrading to ultra-high-power laser […]

Introduction Buying a fiber laser cutting machine is a significant capital investment for metal fabrication workshops. Many buyers only focus on laser power and price during procurement while ignoring many critical factors, which later leads to low production efficiency, frequent equipment failures and poor return on investment. This article sorts out all core evaluation indicators […]

Introduction Thick carbon steel cutting is a core working procedure for steel structure factories, construction machinery manufacturers and heavy metal fabricators. Two mainstream processing tools dominate this field: fiber laser cutting machines and plasma cutters. Many factory owners struggle to pick the right equipment, confused by gaps in cutting precision, running costs, processing speed and […]