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As manufacturing technology continues to advance, CNC machining and 3D printing (additive manufacturing) have become two highly recognized production methods. Each has distinct characteristics suited

Mechanical design comes in many forms: from precision components to large-scale factory equipment, from one-off custom machines to mass-produced products. Yet the foundational knowledge required

In manufacturing and design, choosing the right material is essential—it directly affects a product’s performance and durability. Metal materials, in particular, offer a wide range

Steel Materials Characteristics: Low cost, good workability, exhibits diverse property changes through heat treatment, and is easy to recycle. Note: The characteristic values below are standard

Non-ferrous Metal Materials Aluminum Characteristics: Low specific gravity (2.7 g/cm³, approximately 35% of iron). High electrical and thermal conductivity. Easily corroded by seawater, acid, and alkali.

Non-ferrous Metal Materials Copper Characteristics: High electrical and thermal conductivity, and diamagnetic. It is ductile but work-hardens, superior corrosion resistance to iron (producing a green patina

Mold and machine components are used while under load. The load can be a static load with constant strength, or a fluctuating load that varies.