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1. Introduction Injection molding depends heavily on injection molds. These molds play a vital role in the molding industry. They determine the final quality of molded products. By using them, manufacturers can achieve high precision, consistency, efficiency, and low material loss. These features help ensure structural integrity and dimensional accuracy. However, many molds have complex…

1 Application Value of Mechatronics CNC Technology in Mechanical Manufacturing 1.1 Enhancing Work Efficiency Mechatronics and CNC technology work together to improve the accuracy and efficiency of mechanical manufacturing. These technologies help operators control production parameters precisely. As a result, they improve coordination between different steps in the production process. This coordination increases the productivity…

1 Analysis of CNC Manufacturing Methods for Complex Surfaces Blower rotor blades and steam turbine blades have complex curved surfaces. These parts need high precision and surface quality. Multi-axis linkage envelope milling improves processing efficiency, surface finish, and accuracy. This method uses annular discs and cyclone cutters to achieve better results. The outer annular disc…

Since CNC (Computer Numerical Control) machining technology emerged in the 1950s, engineers havedeveloped it from simple lathes into advanced multi-axis machine tools. This development has greatly enhanced machining capabilities. CNC technology reduces human error, improves precision, and ensures consistent quality. It plays a key role in raising the overall quality of mold manufacturing. 1 Basic…

1 Survival Status of the Injection Mold Manufacturing Industry In recent years, advancements in CNC technology and intelligent manufacturing have pressured the traditional mold manufacturing industry. These changes have created major challenges. The industry now faces talent shortages, limited product diversity, and intense competition. 1.1 Talent Shortage in the Industry The mold industry, known as…

Additive Manufacturing (AM) in Aircraft Landing Gear: Progress, Advantages, and Challenges Overview of Additive Manufacturing Technology Additive Manufacturing (AM) is an advanced production technology that builds components layer by layer from digital models, reshaping traditional subtractive manufacturing methods. Based on heat source types, AM can be categorized into: Selective Laser Melting (SLM) Laser Cladding Deposition…

New heat treatment technologies, like vacuum heat treatment, revolutionize welding by enhancing mechanical properties and weld durability. Common methods include induction heating, laser quenching, and vacuum heat treatment. These techniques reduce residual stresses, refine microstructures, and improve corrosion and fatigue resistance. Industries such as automotive, aerospace and high-strength structure manufacturing widely use these methods. Vacuum…

The automotive industry reflects a country’s level of industrialization. Its development depends on advancements in precision machining technology. As competition in the automotive market intensifies, consumers demand better safety, comfort, energy efficiency, and environmental sustainability. To overcome these challenges, manufacturers are integrating high-precision CNC machining, precision testing, and intelligent flexible manufacturing. These advanced technologies allow…

CNC technology is a product of mechatronics, embodying the combination of computers and machinery. Since the 1950s, CNC technology has gone through five stages, achieved remarkable application results, and accumulated valuable experience, which is of high reference significance. Manufacturing enterprises recognize the important role of CNC technology in improving product quality and economic development, so…