As the metalworking industry sees growing demand for mixed‑product production, laser integrated machines capable of cutting both sheet metal and tubular materials are steadily gaining market traction, emerging as the preferred equipment for small and medium‑sized manufacturers seeking to optimize their production line configurations.

As the metalworking industry sees growing demand for mixed‑product production, laser integrated machines that handle both sheet‑metal and tube cutting are steadily gaining market traction, becoming the preferred choice for small and medium‑sized fabricators seeking to optimize their production line configurations. These systems combine the capabilities of flat‑plate cutting and profile‑tube cutting, eliminating the need to operate two separate machine tools; a single unit can perform material preparation for a variety of shapes, including steel plates, round tubes, square tubes, and more.

Leveraging an integrated machine‑body design and a shared laser power system, the equipment can seamlessly switch between processing modes, accommodating diverse product categories such as hardware, shelving, guardrails, and small steel structures. This helps manufacturers reduce floor space requirements and lower equipment procurement and operational maintenance costs. In scenarios involving fragmented orders and multi‑specification material inputs, the integrated plate‑and‑tube laser system significantly shortens changeover times, enabling fabrication shops to flexibly handle a wide range of processing tasks and continuously drive the lightweighting and upgrading of the general metalworking industry.