Indentations, a common defect in mold workpieces during CNC milling, particularly occur in brass, bronze, aluminum alloy, or steel materials, mainly appearing in clamped areas.

Fracture, or brittleness, refers to the phenomenon where plastic parts are prone to cracking or breaking in certain areas during injection molding. The presence of this phenomenon not only affects the appearance quality of the product but also poses a serious threat to its performance.

In the rapidly changing market economy, the manufacturing industry is facing unprecedented fierce competition. The speed and efficiency of product development have become key factors in determining market success. Against this backdrop, rapid mold manufacturing technology has emerged as a fresh force, injecting new vitality into the manufacturing sector. So, what notable advantages does rapid mold manufacturing exhibit in production and manufacturing?

With the increasing application of plastic products in daily life, injection molding has become the most common method for manufacturing plastic products. However, during the injection molding process, product warpage is often a defect that troubles manufacturers. So, what exactly causes this warpage in products?

In the journey of product development, prototypes, rapid molds, and steel molds are the three essential tools for designers and engineers. They not only bear the responsibility of verifying designs and optimizing functions but also directly relate to the final production efficiency and quality of products. Today, let us delve into the mysteries of these three, exploring their definitions, primary applications, manufacturing processes, and respective advantages and disadvantages.