1. To fully understand the relationship between the use of castings and other structural components. When the die casting mold making design, according to the structure and performance of die castings to prioritizing, focus on mold structure and mold process according to the type of processing, reasonable selection of mold surface, cavity number and layout, die casting parts mould release method.
2. Understand the actual processing capacity of mold. To meet the actual mould design according to the existing technical level of equipment and operating personnel.
3. To meet the requirements of the mould die casting production process. In accordance with the process requirements of the casting pouring system and exhaust system. Especially the location of the internal gate, the internal gate speed and flow direction, to make the liquid metal flow is stable and smooth and orderly removal of gas cavity, in order to achieve good filling effect and avoid casting defects.
4. Die casting mold design should meet the requirements of machining process and heat treatment process.
5. To fully consider the mold temperature change with the precision influence on sliding parts.
6. Find ways to improve life of die.
7. Install the mold should be convenient and reliable.
8. The die casting mold making design to allow sufficient repair modulus.
9. Die casting mold making as far as possible the use of standardized, universal parts to shorten the production time.
The above article from KENOS official website (http://www.kenos-diecasting.com/)
The original address: http://www.kenos-diecasting.com/news_show_92.html, reproduced please specify. kenosblog1507
2. Understand the actual processing capacity of mold. To meet the actual mould design according to the existing technical level of equipment and operating personnel.
3. To meet the requirements of the mould die casting production process. In accordance with the process requirements of the casting pouring system and exhaust system. Especially the location of the internal gate, the internal gate speed and flow direction, to make the liquid metal flow is stable and smooth and orderly removal of gas cavity, in order to achieve good filling effect and avoid casting defects.
4. Die casting mold design should meet the requirements of machining process and heat treatment process.
5. To fully consider the mold temperature change with the precision influence on sliding parts.
6. Find ways to improve life of die.
7. Install the mold should be convenient and reliable.
8. The die casting mold making design to allow sufficient repair modulus.
9. Die casting mold making as far as possible the use of standardized, universal parts to shorten the production time.
The above article from KENOS official website (http://www.kenos-diecasting.com/)
The original address: http://www.kenos-diecasting.com/news_show_92.html, reproduced please specify. kenosblog1507
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