Many factories are also exploring various ways to tackle the problem of welding fume pollution in their welding workshops; however, due to certain factors, efforts to control welding fumes are often unsatisfactory, failing to meet environmental assessment standards, or having passed the environmental assessment at the time

经过数十年发展，手板制作已形成以CNC 精密加工、3D 打印快速成型、真空复模为核心的三大工艺体系。本文将从工艺原理、优势短板、材料适配、应用场景四大维度

预防和减少焊接变形的方法必须考虑焊接工艺设计以及在焊接时克服冷热循环的变化。收缩无法消除，但可以控制。

财联社4月9日讯（记者 黄路）数控机床作为先进制造的关键基础支撑，已成为我国国产化突破的重要领域之一。中国机床市场的结构升级将向自动化成套、客户定制化和普遍的换档升级方向发展。

Against this backdrop, multi-process machining technology has emerged. Generally speaking, multi-process machining is a collective term for machining technologies that enable different operations or different machining methods to be carried out on a single machine tool. Multi-process machining technology mainly takes two distinct forms

When machining titanium alloys, elastic deformation is likely to occur, particularly when machining thin-walled or ring-shaped components. Where necessary, coated cutting tools may also be used to reduce the stickiness of the alloy and break up excessively long chips. 05 Change cutting tools according to the machining process when machining titanium alloys

The rapid development of technologies such as aerospace, microelectronics and biomedicine has led to an ever-increasing demand for precision and ultra-precision micro-scale components with intricate structures (ranging from the micrometre to the millimetre scale), such as micro-laser gyroscopes, microsatellite components and micro-medical devices.

In prototyping and small-batch production, 3D printing and CNC machining are the two most commonly used methods. However, as they represent two entirely different manufacturing approaches—one being additive manufacturing and the other a subtractive process—

The machining of non-standard mould components is a core aspect of the mould industry, directly impacting the precision and efficiency of manufacturing. The overall capabilities of companies specialising in the machining of non-standard mould components not only determine the quality and fit of the components, but also influence the production stability and core competitiveness of downstream enterprises.

How is heat treatment carried out on titanium alloy sheets? Titanium alloy is a material with outstanding properties that is widely used in the aerospace, medical and chemical industries. Heat treatment is a crucial stage in the fabrication process of titanium alloy sheets.