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How precise can our CNC drilling and tapping technology be?
Introduction CNC drilling and tapping play a crucial role in modern manufacturing, especially in applications requiring extremely tight tolerances. Our equipment supports multi-axis synchronization, enabling...Read more -
Grinding problem of discontinuous surface
Introduction Grinding interrupted surfaces is a highly challenging task, commonly seen in gears, slots, and keyways. These patterns create interrupted contact, leading to force fluctuations, chatter, and bur...Read more -
How to design fixture to restrain cutting vibration.
Introduction In high-precision injection mold machining, fixtures act as the bridge between processing and product quality, bearing the critical task of maintaining stability. Poor clamping or improperly pos...Read more -
What are the advantages of coordinate grinding compared with EDM?
Introduction Coordinate grinding and EDM (Electrical Discharge Machining) each have their place in modern manufacturing, but in high-precision mold and component machining, coordinate grinding stands out for...Read more -
CNC ensures the consistency of cavities and products.
Introduction In injection molding production, CNC machining precision is crucial for mold cavity consistency. Through high-precision CNC technology, mold cavity consistency can be ensured, guaranteeing that ...Read more -
Understand the technological differences between hobbing and CNC milling.
Hobbing and CNC milling are two common processing methods in modern manufacturing. These two processes differ in terms of precision, production efficiency, and application scope. As technology continues to develop, the scope of app...Read more -
How does CNC handle complex 2.5D or 3D surfaces?
In injection mold manufacturing, complex 2.5D and 3D surfaces are becoming increasingly common, demanding more from CNC machining technology. Especially for appearance parts such as lighting and automotive trims, the surface must b...Read more -
How to ensure the CNC machining stability of carbon steel parts in the field of precision instruments?
In the field of precision instruments, CNC machining of carbon steel components requires extremely high standards, especially when it comes to stability. To ensure the accuracy and stability of each component during the machining p...Read more -
Can the anodic oxide layer effectively cover up the tiny processing marks?
Anodizing is a common surface treatment after CNC machining, offering both corrosion resistance and visual appeal. It also helps reduce the visibility of fine machining marks. Especially in batch production of aluminum parts, high-...Read more -
How does the cost curve of CNC acrylic processing and injection molding change?
The cost curves of CNC acrylic machining and injection molding are not linear—they vary dramatically with production volume. CNC avoids mold costs and enables rapid design validation. Controlling cash flow during prototyping is cru...Read more -
How to accurately process countersunk holes on five-axis CNC complex surfaces?
5-axis CNC technology has become essential in modern manufacturing for handling complex surfaces, especially in high-precision countersinking. This demand is rising in sectors like aerospace and high-end tooling. Accurate positioni...Read more -
How to realize multi-axis compound machining of CNC acrylic?
CNC technology has been widely applied in precision acrylic machining, but traditional methods exhibit limitations when facing complex designs. Multi-axis composite machining has emerged to address this, aiming to complete features...Read more