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Procurement and engineering teams in automation equipment companies often face the same pattern. The first prototype batch looks straightforward. Then revisions arrive. Then tolerances get

— A perspective from a senior project manager, with lessons learned the hard way   The early confidence: why CNC often looks like the safest

—A Pre-Decision Perspective for Mechanical Engineers and Procurement Managers In challenging CNC machining projects, especially non-standard and R&D-driven components, one recurring misconception appears even among

In many organizations, sending drawings to a CNC supplier is treated as an operational step. In reality, it is a decision point. Once drawings are

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.

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

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.

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

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

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

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