Introduction: The Gateway to Modern Manufacturing Hi, I’m Barry Zeng, a manufacturing engineer at Shanghai Yunyan Prototype & Mould Manufacture Factory. I’ve been programming and operating CNC mills and lathes for over 17 years. Many beginners ask me: “How to…
Explore the core technologies of CNC machining: a comprehensive journey from digital design to precision manufacturing. Learn how CNC machine tools achieve high-precision parts through automated programming—ideal for molds, prototypes, and diverse custom parts production. The Working Principle of CNC…
Learn how CNC machining works and explore effective strategies to reduce machining costs. Discover key insights and practical solutions to optimize your production process and improve efficiency.
CNC machining—using computer programs (G-code / M-code) to control machine tools automatically—performs milling, drilling, turning, and other machining operations on materials such as metals and plastics, achieving high-precision, high-efficiency, and complex part forming. This article introduces the principles, processes, and…
Explore best practices for machining multi-curved, complex parts using CNC — from precise 3D modeling and CAM tool-path planning to multiaxis machining, cutting-tool selection, and quality control. Learn how to ensure accurate surface contours and high finish quality for complex…
Learn about the step-by-step process of silicone mold production, from material selection and mold design to curing and final quality checks. Understand the key stages involved in creating durable, precise silicone molds for various applications.
Explore the wide application fields of vacuum silica gel replication technology! This process is characterized by small batch sizes, low costs and rapid delivery. It is widely applied in product development and design, automotive manufacturing, medical equipment, toy and cultural…
Discover how vacuum casting works: how to quickly replicate high-quality, functional polyurethane (PU) prototypes using silicone molds in a vacuum environment. Ideal for small-batch production, it’s a crucial bridge between 3D printing and mass production. Learn more now.
Learn the key differences between ABS and nylon injection molding processes, including melting temperatures, cooling rates, and material properties. Discover which plastic is best for your project needs.