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Analysis of CNC Milling Process The CNC milling process builds on the machining techniques of traditional milling machines, integrating the characteristics of CNC milling machines and applying a compr

Basic Principles of Rapid Prototyping Technology In the past decade, with the formation of a globalized market, the competition in the manufacturing industry has become increasingly intense. Particula

3-axis machining: In 3-axis machining, processing is performed using linear feed axes X, Y, and Z. Characteristics include: the cutting tool direction remains constant throughout the entire cutting pa

【Anodizing Q&A】 Q: What’s the difference between regular anodizing and hard anodizing? A: Thickness and hardness: Regular anodizing is 5-20 microns thick with double the original hardness, w

What is anodizing? Anodizing is an electrochemical process used to form a stable oxide layer on metal surfaces. As the name suggests, the metal to be oxidized must act as the anode in the electrochemi

The functions of heat treatment and surface treatment: Heat treatment: Enhances mechanical and process properties, including hardness, strength, toughness, wear resistance, and fatigue resistance. Sur

Machining datum: Components consist of multiple surfaces, each with specific size and positional requirements. Relative positional requirements between surfaces include dimensional accuracy and relati

Cutting principle The cutting layer enters the cutting area from the area to be cut, and gradually enters the stressed state from being unstressed. As the cutting area goes deeper, the stress increase

Machining is actually a surface forming process   How to form the work surface Any surface can be regarded as the trajectory of a busbar moving along another wire. The busbar and wires are collec

1.What are the three methods of workpiece clamping? 1. Fixture clamping; 2. Direct alignment clamping; 3. Line alignment clamping   2.What does the process system include? Machine tool, workpiece

Mechanical machining methods vary based on material and product requirements. Traditional methods include turning, milling, planing, shaping, and grinding. With technological advancements, additional