韋勝CNC加工及設備組裝代工，焊接機架，CNC組立代工

The basic principle of laser cutting technology involves using a high-energy laser beam to locally heat the material. At the focal point, the material is melted, vaporized, or burned, and then the molten material is blown away by air or other assistive methods, achieving precise cutting of the material.

CNC four-axis gantry machining is an advanced numerical control (NC) technology designed to meet the needs for high-precision processing of workpieces. Utilizing the coordinated control of four motion axes, CNC four-axis gantry machining can achieve precise processing of complex geometric shapes. This capability makes CNC four-axis gantry machining a core process in high-end manufacturing industries such as aerospace, automotive manufacturing, and mold making.

CNC five-axis gantry machining centers offer powerful machining capabilities and flexibility, excelling in processing complex geometric shapes. They are particularly outstanding in the manufacturing of high-precision molds and aerospace components. Additionally, the multifunctionality of CNC five-axis gantry machining centers allows them to accommodate a wide range of materials, including aluminum alloys, stainless steel, titanium alloys, and composite materials, further expanding their application scope.

CNC milling and traditional milling differ significantly in terms of technology, operation methods, precision, and production efficiency.

A CNC milling machine uses computer numerical control (CNC) to process materials by rotating cutting tools (milling cutters) to remove material and form various shapes, grooves, and holes. It moves along the X, Y, and Z axes, with advanced models offering more axes (like five or six) to handle complex 3D shapes.