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Simple Steps to Achieve Expertise in CNC Machine Tool Programming

Must be an excellent technician CNC machine tools integrate drilling, milling, boring, reaming, tapping, and other processes. Technical literacy among technicians is very high. CNC programs are the process of using computer language to reflect the processing technology. Technology is the basis of... Read More

Guidelines for Optimal Performance with CNC Turning Devices

After mounting the turret on my CNC lathe, I started thinking about how to outfit it with the required tools. Factors influencing tool selection include prior experience, expert advice, and research. I’d like to share nine important considerations to help you in setting up tools on your CNC... Read More

12 Key Lessons Learned in CNC Machining

To fully utilize the capabilities of CNC machining, designers must design according to specific manufacturing rules. However, this can be challenging because specific industry standards do not exist. In this article, we have compiled a comprehensive guide to the best design practices for CNC mach... Read More

Mechanical Design: Clamping Techniques Explained

When designing equipment, it’s important to properly position and clamp the parts to ensure their accuracy and stability. This provides stable conditions for the next operation. Let’s explore several clamping and releasing mechanisms for workpieces.   To effectively clamp a workp... Read More

Workshop Production Line Error Proofing Explained

How to judge the quality of a workshop’s assembly line? The key is to prevent errors from happening. What is “error proofing”? Poka-YOKE is called POKA-YOKE in Japanese and Error Proof or Fool Proof in English.Why is Japanese mentioned here? Friends who work in the automotive ... Read More

Dimensional Accuracy in Machining: Essential Methods You Need to Know

What exactly does the machining accuracy of CNC parts refer to? Processing accuracy refers to how closely the actual geometric parameters (size, shape, and position) of the part match the ideal geometric parameters specified in the drawing. The higher the degree of agreement, the higher the proce... Read More

The wonderful uses of cutting fluid and machine tool guide oil in CNC

We understand that cutting fluids possess important properties such as cooling, lubrication, rust prevention, cleaning, etc. These properties are achieved by various additives that have different functions. Some additives provide lubrication, some prevent rust, while others have bactericidal and ... Read More

General method for bearing disassembly | non-destructive disassembly

After a bearing has been running for a period of time, it is inevitable that there will be a need for maintenance or damage and replacement. In the early days of the development of the machinery industry, there needed to be more popularization of professional knowledge and awareness of safe opera... Read More

How to process holes with a depth of more than 5000mm: Gun drilling deep hole drilling processing tells you

1. What is a deep hole?   A deep hole is defined as having a length-to-hole diameter ratio greater than 10. Most deep holes have a depth-to-diameter ratio of L/d≥100, such as cylinder holes, shaft axial oil holes, hollow spindle holes, hydraulic valve holes, and more. These holes often require a ... Read More

Study Sheds Light on Hurdles in the Processing of Stainless Steel Materials

What are the obvious advantages of CNC parts using stainless steel as raw material compared to steel and aluminum alloys? Stainless steel is an excellent choice for a variety of applications due to its unique properties. It is highly resistant to corrosion, which makes it ideal for use in harsh e... Read More

The Critical Interplay Between Geometric and Dimensional Tolerances in CNC Parts

The accuracy of mechanical parts’ geometric parameters is influenced by both dimensional error and shape error. Mechanical part designs often specify dimensional tolerances and geometric tolerances simultaneously. Although there are differences and connections between the two, the accuracy ... Read More

Accurate to Microns: How Machining Wizards Shape Our World

Processing accuracy is the degree to which the actual size, shape, and position of the three geometric parameters of a processed part match the ideal geometric parameters required by the drawing. The perfect geometric parameters refer to the average size of the part, the surface geometry like cir... Read More
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