Industry News

In machining and surface treatment processes, masking (also known as avoiding coating) is a very important step. Especially in processes such as electroplating, PAinting, powder coating, and anodizing, masking ensures part functionality and assembly accuracy.

Within the machine tool industry, there's a saying: "Machine tools must release stress, and the higher the precision of the machine tool, the more important stress release becomes." While this statement may seem like mere experiential advice, it actually has a very solid foundation in engineering and materials science.

Break corners and chamfers are essential edge treatments in CNC machining. While break corners reduce stress concentration by softening sharp edges, chamfers create angled surfaces to improve assembly, safety, and appearance. Choosing the right edge treatment enhances both part performance and reliability.

With 3D printing technology widely applied in industrial manufacturing, aerospace, and medical devices, the surface precision of parts has become a key bottleneck restricting its industrial application. Most 3D printed products suffer from surface unevenness and noticeable layer textures, making it difficult to meet the demands of high-precision applications.

"Leveraging our advanced machining technologies and extensive experience, we deliver highly reliable heat dissipation solutions with precise performance and consistency—engineered for demanding applications. Contact us to discuss how our expertise can meet your thermal management needs."

PA, polyamide, commonly known as nylon, is a high-performance engineering plastic. It possesses excellent mechanical properties, outstanding corrosion resistance, oil resistance, heat resistance, and high modulus, among other advantages.

In CNC machining, the difference between an average part and a high-quality part often lies not in the machine itself, but in toolpath strategy, tooling choices, and machining experience.
Concepts such as roughing, semi-finishing, and finishing may sound simple, but improper execution can lead to vibration, tool breakage, poor surface finish, or unnecessary cycle time.

This article summarizes practical CNC machining experience from the shop floor and translates it into structured, engineering-oriented best practices. The goal is to help engineers and manufacturers better understand how to improve efficiency, stability, and final part quality.

Burrs may seem minor, but they can cause serious issues in assembly, performance, and product reliability. With professional deburring solutions tailored to your parts, we help you achieve clean edges, consistent quality, and higher production efficiency—no matter how complex your components are.

In industrial manufacturing，personalized customization and electronic processing， radium engraving and laser marking are widely used laser technologies and high-frequency search keywords. Many confuse the two，but they differ significantly in technical positioning，processing principles and application scenarios.

Titanium alloys are increasingly widely used in industrial production due to their high strength, low density, and excellent corrosion resistance. This article summarizes and shares a series of experiences in titanium alloy processing, covering the entire process from cutting to surface treatment.