Dalian Latest News (Liaoning, China)

Understand that using precision parts manufacturing offers many benefits to various industries. Here are some of the main advantages of precision parts.

This article explores the key points, objectives, and key factors to consider when determining the appropriate surface finish of CNC machined parts.

The threads in the parts can sometimes eliminate the final assembly process, and in order to manufacture precise threads, we need to follow many thread design rules. This is a basic thread type, but it is also important.

Cavity milling, also known as pocket milling or enclosed pocket milling, involves removing material from within a defined boundary or pocket area of a workpiece.

Small batch CNC machining has emerged as a popular solution for businesses looking to produce custom parts in limited quantities while maintaining cost-effectiveness.

Threaded inserts play a crucial role in CNC machined prototypes, providing a reliable and durable solution for creating threaded connections in a variety of materials.

CNC machining involves cutting, milling, or turning materials to create precise parts and components. We often encounter two types of metals: hard metal and soft metal.

Surface ripple refers to a wavy texture that appears on the surface of the parts, usually caused by some factors during the machining process, and is also one of the important factors affecting the surface quality of the parts.

STEP files are widely used in the CAD industry to transfer 3D models from one software application to another. STEP (Product Exchange Standard) is a widely used neutral file format for exchanging 3D CAD models between different systems.

Fracture failure is a critical issue in the realm of mechanical engineering, often leading to catastrophic consequences. It occurs when a material breaks or separates into two or more pieces due to excessive stress.

Knurling is a manufacturing process used in CNC machining to create a pattern of raised ridges on a surface, providing improved grip, aesthetics, or a combination of both.

n the development process of the robotics industry, the role played by CNC machining parts is indispensable.

Press fits, a method of joining components by inserting one part tightly into another, play a crucial role in assembly design.

Intorduce the symbiotic relationship between CNC machining and prototyping, exploring how this combination accelerates the product development lifecycle.

In the realm of precision machining, ensuring the perpendicularity of threaded holes is a critical aspect that directly influences the functionality and reliability of the final product.

CNC machining is a key technology that plays a crucial role in the production of parts that provide power for our vehicles. Let's delve deeper into the reasons why CNC machining is indispensable in this industry.

CNC machining's impact spans from rapid prototyping to large-scale production, making it an invaluable tool for businesses across various sectors.

Through CNC machining, we can transform unique designs into practical products to meet the personalized needs of consumers.

CNC machining technology, as one of the core technologies of modern manufacturing, plays an important role in improving production efficiency, reducing energy consumption and reducing environmental pollution.

As global markets continue to change and competition intensifies, outsourcing CNC machining services has become one of the increasingly popular strategies in the manufacturing industry.

CNC milling is an essential process in the production of complex components. As one of the extensive functions of CNC precision machining, this process helps to manufacture precision parts for many industries.

High-precision components are often complex mechanical parts, necessitating highly accurate machining processes and stringent quality control standards.

Therefore, to meet the continuously growing market demands, the manufacturing industry must focus on achieving high dimensional accuracy. To achieve precision in part machining, several methods can be employed.

In order to ensure the normal operation of parts, a series of work capacity criteria or design criteria have been developed, which serve as the basic guiding principles for the design of precision mechanical parts.

Two methods in CNC lathe machining are further divided into two categories known as "rough machining" and "finish machining".

Electrical Discharge Machining (EDM) is a high-precision non-traditional machining method based on the principle of electrical discharge. It holds a vital position and plays a significant role in modern manufacturing industry.

To ensure the quality of machined mechanical parts, strict inspection and testing must be conducted. This article focuses on the post-machining inspection process and its significance.

The correct selection of positioning benchmarks has a very important impact on ensuring the machining requirements of parts and scientifically arranging the machining sequence.

Tolerance reflects the manufacturing precision of the factory, where smaller tolerance values indicate higher precision and greater manufacturing complexity.

To further boost productivity and optimize manufacturing processes, various time-saving techniques and strategies can be implemented in CNC machining. In this article, we will explore some of these techniques and their role in enhancing productivity.

By integrating robotics and automation into CNC machining, manufacturers can achieve unprecedented levels of efficiency, productivity, and precision.