Knowledge

Stable settings can still produce a rough cut when the nozzle, protective window, ceramic ring, or height signal has changed. This guide turns daily c

The chuck on a tube laser cutting machine affects centering, changeover time, thin-wall tube deformation and maintenance. This guide compares five com

Persistent burrs or dross on a laser-cut tube often point to a nozzle, lens, assist-gas, material, or calibration problem. This guide gives operators

A laser cutting head can lose cut quality even when power and speed stay unchanged. This guide follows the beam from the fiber connector to the nozzle

Learn how to calculate the ROI and payback period of a laser tube cutting machine using real operating costs, labor savings, material savings, and pra

Learn how laser bevel cutting simplifies welding preparation. This guide explains the complete process from programming, loading, cutting to finished

A lot of buyers start with a simple question, how much laser power do I need for tube cutting? The harder question comes right after it. Is 1500W enou

In developed markets welding labor accounts for over 30% of fabrication costs. Bevel grinding is the bottleneck. The V22-C eliminates weld prep with +

Based on the actual demands of overseas factories, this article illustrates why certified or authorized operation, complete training records and stand

This article shares a practical case of how a laser tube cutting machine improves the production of aluminum outdoor tables and chairs. By cutting ova

Making steel-wood furniture, office desks and display stands is hard to cut special tubes. We have many tubes: long-round tubes, oval tubes, angle ste

The bevel precision for 45° miter splicing of square tubes directly determines welding strength and assembly quality. Taking 40 mm stainless steel squ