Industry News

At Shenzhen Pans, quality assurance is reinforced by advanced Coordinate Measuring Machine (CMM) inspection, enabling precise verification of complex machining requirements. Our CMM systems are capable of inspecting a wide range of critical parameters, ensuring every component meets exact specifications.

3D printing, also known as additive manufacturing, is no longer just a tool for prototyping—it is transforming into a core technology for industrial production. From aerospace to healthcare, and from automotive to consumer electronics, 3D printing enables faster design iterations, lightweight structures, and customized solutions.

Compared to machining external cylindrical surfaces, hole machining conditions are significantly worse, making hole machining more difficult. 

There are many reasons for aluminum part deformation during machining, all of which are related to the material, part shape, and production conditions. These factors primarily include deformation caused by internal stress in the blank, deformation due to cutting forces and heat, and deformation due to clamping forces.

Aluminium alloys are the backbone of modern industry due to their light weight, high strength, easy processing and corrosion resistance. Different combinations of alloying elements have created series with different properties to meet diversified needs.

An in-depth analysis of the core differences between anodizing and conductive oxidation helps you choose the right surface treatment process for precision manufacturing.

Holes are fundamental structural elements in various engineering fields, playing a crucial role in product assembly, functional implementation, and structural connections. Whether in mechanical manufacturing, construction, or aerospace engineering, the design and application of holes directly affect the performance, reliability, and manufacturing cost of the final product. This article aims to provide a comprehensive overview of different types of holes, their characteristics, and typical applications.

There are two common processes for surface treatment of aluminium profiles: Anodizing and Alodine. Both Anodizing and Alodine are metal surface treatment processes, mainly applicable to aluminium, magnesium, titanium and other metals and their alloys. They do not change the shape of the part, but form a special film layer on the surface through a chemical reaction, giving the metal completely new properties. Although they both involve oxidation, the two processes are fundamentally different in principle, performance and application scenarios, and should be selected according to specific needs. In this article, we will compare conductive oxidation and anodizing to help you better understand their similarities and differences.

Bearings are critical components in countless machines, ensuring smooth motion and reducing friction. But what exactly goes into making these precise, high-performance parts? In this article, we’ll walk you through the typical manufacturing process of bearings — a journey from raw materials to reliable motion control.