1. Select high-quality materials: Use premium steel and alloys during mold manufacturing to ensure excellent mechanical properties and corrosion resistance, thereby fundamentally extending the mold's service life.
2. Optimize mold design: Design the mold structure based on product specifications and process requirements. Avoid unnecessarily complex structures and minimize areas of stress concentration to enhance the mold's load-bearing capacity and fatigue resistance.
3. Improve manufacturing processes: Optimize processing parameters and select appropriate heat and surface treatments to increase the mold's hardness, wear resistance, and corrosion resistance, thereby prolonging its service life.
4. Standardize usage and maintenance: Establish systematic guidelines for operation and maintenance. Operators must use the mold strictly according to regulations to prevent excessive wear and accidental damage. Regular inspection, cleaning, lubrication, and repair ensure the mold remains in optimal working condition.
5. Implement regular inspection and repair: Establish a schedule for comprehensive performance testing and evaluation. Promptly repair defects such as wear or cracks to prevent issues from escalating and compromising the mold's lifespan.
6. Enhance employee skills: Strengthen skills training to improve the professional competence and operational proficiency of the staff. Proficiency in mold usage and maintenance helps minimize damage caused by human error, thereby extending the mold's service life.
