Tirapid

Small precision metal parts are widely used in medical devices, aerospace, electronics, automotive components, robotics, optical equipment, and precision machinery. Although these components are small in size, they often require tight dimensional tolerances, accurate positioning, excellent surface finish, and consistent production quality. So, how are small precision metal parts machined? The answer depends on the

Deep-hole metal machining is an important process in precision manufacturing and is widely used for automotive components, hydraulic equipment, molds, aerospace parts, medical devices, and industrial machinery. Compared with conventional hole machining, deep holes have a relatively large depth-to-diameter ratio, making them more difficult to manufacture accurately. During deep-hole machining, manufacturers may encounter problems such

Thin-wall metal parts are widely used in aerospace, automotive, medical equipment, electronics, robotics, and precision machinery. Their lightweight design helps reduce material usage and overall component weight. However, compared with conventional parts, thin-wall components are more likely to deform during CNC machining because they have lower structural rigidity and are more sensitive to cutting forces,

As industries such as aerospace, automotive, medical equipment, robotics, and precision machinery continue to develop, metal parts are becoming increasingly complex. Traditional 3-axis CNC machining can meet the requirements of many standard components, but it may face limitations when machining curved surfaces, angled holes, deep cavities, thin walls, and multi-angle structures. Multi-axis CNC machining allows