# Nonstandard Precision Machining# Turning processing How to ensure the quality of non-standard precision hardware?

1. Strict design control:

• Fully communicate with customers to clarify their needs and expectations and ensure that the design meets the usage requirements.

• Conduct detailed design reviews to check the rationality, feasibility and manufacturability of the design.

2. Selected materials:

• Select appropriate high-quality materials based on the use environment and performance requirements of the part.

• Conduct strict inspections on raw materials to ensure that their composition and performance meet standards.

3. High-precision processing equipment:

• Equipped with advanced, high-precision machine tools and processing tools, such as CNC machine tools, grinders, etc.

• Perform regular maintenance and calibration of equipment to ensure its accuracy and stability.

4. Highly qualified technical personnel:

• The operators have rich experience and professional skills and are familiar with the processing technology.

• Conduct regular training for employees to improve their technical level and quality awareness.

5. Strict process control:

• Develop detailed and scientific processing procedures and strictly implement them.

• Focus on monitoring key processes and adjust process parameters in a timely manner.

6. Process inspection:

• During the processing process, multiple inspections are conducted to detect and correct deviations in a timely manner.

• Use advanced testing equipment and measuring tools, such as coordinate measuring machines, micrometers, etc., to ensure measurement accuracy.

7. Finished product inspection:

• Conduct quality inspection of completed hardware, including size, shape, surface quality, performance, etc.

• Conduct sampling testing in accordance with standards to ensure products meet quality requirements.

8. Quality traceability system:

• Establish a complete quality traceability system to record the entire process information from raw material procurement to finished product delivery.

• So that when quality problems occur, the causes can be quickly traced and measures taken.

9. Continuous improvement:

• Collect quality data, analyze the root causes of quality problems, and take targeted improvement measures.

• Continuously optimize design, process and management to improve product quality levels.