Cosmetic standards
In CNC Machining, surface treatment standards are established to ensure that parts meet specific functional, aesthetic, or durability requirements. Below are some common surface treatment standards and their applications
In CNC Machining, surface treatment standards are established to ensure that parts meet specific functional, aesthetic, or durability requirements. Below are some common surface treatment standards and their applications
In CNC Machining, part cleaning and finishing are critical steps to ensure part quality and performance. Below are the standards and guidelines for part cleaning and general finishing
In CNC Machining, the inspection standards of the quality department are crucial to ensure that parts meet design requirements and customer specifications. Below are the commonly used inspection standards and methods by the quality department in CNC Machining
CNC Machining: Surface roughness Ra ≤0.8μm (precision molds: Ra ≤0.2μm); tool wear compensation frequency ≤500 pieces/tool.
With the deepening of Industry 4.0, manufacturing is experiencing an unprecedented technological revolution. As one of the core technologies in modern manufacturing, CNC processing is also continuously advancing towards intelligent and automated development.
Provides on-demand CNC Machining services for rapid prototyping and production parts.
The hobbing machine is indeed a machine tool specifically used for gear processing in CNC Machining. It plays a significant role in the field of gear manufacturing due to its characteristics of high precision, high efficiency, high adaptability, and flexibility.
The assembly components in this case are composed of stainless steel material. They are capable of inspecting 8 products simultaneously and are completed using a 3-axis CNC Machining center. The surface treatment is carried out through oxidation and sandblasting processes, and finally, they are assembled manually.
The assembly component is composed of aluminum alloy, PA (Polyamide), springs, and magnets, and is intended for PC memory module verification. It is machined using a 3-axis CNC Machining center and finished with an anodic oxidation process to achieve a gold color surface treatment. Finally, it is assembled manually.
The assembly components in this case are composed of PEEK and stainless steel materials. They are capable of inspecting three mobile phone screens simultaneously, undergo CNC Machining using a 3-axis CNC Machining center, and are finally assembled manually.