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Detailed Introduction
Core Features
High Dimensional Accuracy: The dimensional error of precision mechanical parts is usually controlled within ±0.003mm. For example, internal micro screws and gear shafts in mobile phones require nanometer-level precision.
Structural Complexity: Non-standard designs are often used, such as automotive key valve stems that require multiple processes like turning, milling, and drilling on a slender shaft with a diameter of only 3mm.
High Material and Process Requirements: Often using difficult-to-machine materials like stainless steel and titanium alloys, requiring specialized equipment such as Swiss-type lathes for efficient cutting and precise forming.
Typical Applications
Electronic Devices: For example, mobile phone lens rings use precision shaft parts that must ensure surface roughness Ra ≤ 0.8μm to guarantee imaging clarity.
Medical Devices: Micro pump rotors, needle connectors, etc., must meet medical-grade cleanliness standards and undergo strict sterilization and inspection after processing.
Automotive Industry: Key components such as engine connecting rods and transmission gears must withstand high-frequency vibrations and high-temperature environments. Processing accuracy directly affects overall vehicle performance.
Processing Technology
Using CNC equipment such as Swiss-type lathes, complex shapes are machined in one step through multi-axis linkage, improving processing efficiency by over 30% compared to traditional methods, while reducing accuracy loss caused by multiple re-clamping.
Keywords: Zhente Precision Forging
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Detailed Introduction
Core Features
High Dimensional Accuracy: The dimensional error of precision mechanical parts is usually controlled within ±0.003mm. For example, internal micro screws and gear shafts in mobile phones require nanometer-level precision.
Structural Complexity: Non-standard designs are often used, such as automotive key valve stems that require multiple processes like turning, milling, and drilling on a slender shaft with a diameter of only 3mm.
High Material and Process Requirements: Often using difficult-to-machine materials like stainless steel and titanium alloys, requiring specialized equipment such as Swiss-type lathes for efficient cutting and precise forming.
Typical Applications
Electronic Devices: For example, mobile phone lens rings use precision shaft parts that must ensure surface roughness Ra ≤ 0.8μm to guarantee imaging clarity.
Medical Devices: Micro pump rotors, needle connectors, etc., must meet medical-grade cleanliness standards and undergo strict sterilization and inspection after processing.
Automotive Industry: Key components such as engine connecting rods and transmission gears must withstand high-frequency vibrations and high-temperature environments. Processing accuracy directly affects overall vehicle performance.
Processing Technology
Using CNC equipment such as Swiss-type lathes, complex shapes are machined in one step through multi-axis linkage, improving processing efficiency by over 30% compared to traditional methods, while reducing accuracy loss caused by multiple re-clamping.
Keywords: Zhente Precision Forging