
Alloy Steel vs Stainless Steel: A Guide to the Differences
In the field of CNC machining services, alloy steel and stainless steel are two important metal materials that are widely used in various precision manufacturing due to their unique physical and mechanical properties. This article aims to compare the differences between alloy steel and stainless steel in CNC machining to help users better choose the material that suits their needs.

Surface Roughness and Surface Finish Guide: Everything You Need to Know
Surface roughness and surface finish are important indicators for measuring the surface quality of parts, and they play a vital role in the CNC machining manufacturing industry. Surface roughness focuses on the microscopic geometry of the part surface, while surface finish focuses more on the smoothness and appearance of the surface.

12 Different Types of Bolts and Their Applications
Bolts are essential fasteners in construction, manufacturing, and other industries that provide secure, removable connections between materials. In this article, we will explore twelve common bolt types and their applications.

Tapped Holes vs Threaded Holes | Differences Guide
A threaded hole is a hole with spiral lines on the inner wall of the hole. This hole is often used to connect or fix parts such as bolts and nuts. Tapping is the process of creating internal threads. Understanding the difference between tapping and threading is crucial for any CNC machining project.

How to Make Custom Metal Parts – A Complete Guide
There are many ways to make custom metal parts. The methods include casting, forging, welding, CNC machining and heat treatment. This article provides a comprehensive guide to metal parts machining methods, so you can choose the most appropriate processing method to customize metal parts.

What Is Insert Molding? Process Types, Types and Applications
Insert molding technology is a technology that embeds inserts made of metal, plastic or other materials into plastic or other base materials to form a composite structure. Understanding the process flow, design points and applications of insert molding can help manufacturers better apply this technology in different industries.