more details about designing a side core in a mold
I want to say some details when designing a side core.I think it should be an option for selecting the side core with the shortest core-pulling distance. […]
the sixth principle for deciding on the parting line is to coordinate the lateral parting line and major parting line
the sixth principle for deciding on the parting line is to coordinate the lateral parting line and major parting line. If a plastic part with side holes or side slots, […]
the fifth principle for deciding on the parting line is easy to machining
the fifth principle for deciding on the parting line is easy to machining. For instance, a slanted parting line and a curved parting line, […]
the fourth principle for deciding on the parting line is to assure plastic part accuracy
the fourth principle for deciding on the parting line is to assure plastic part accuracy, for example, when we want to make a plastic gear in an injection mold, […]
the third principle for deciding on the parting line is to keep the plastic part on the side of moving half of it’s mold
the third principle for deciding on the parting line is to keep the plastic part on the side of moving half of it’s mold, […]
the second principle for deciding on the parting line is to facilitate venting
the second principle for deciding on the parting line is to facilitate venting. You know, the end of the material flow line is a good candidate for venting. For example, […]
the first principle for deciding on the parting line is to assure the plastic part’s appearance
the first principle for deciding on the parting line is to assure the plastic part’s appearance. Because during molding, […]
decide parting line in your mold
when we start to design an injection mold for a plastic product, the first question is how to decide parting line. […]
equipment used for gas-assisted injection molding
Equipment used for gas-assisted injection molding generally comprises a common injection machine and a gas injection device. […]
strictly control the temperature of the mold during gas-assisted injection molding cycle
as for strictly controlling the temperature of the mold during gas-assisted injection molding cycle, that is because the cooling of fusant in cavity can be kept at an appropriate speed, which shall be of avail for the forming of gas cavity.