Here are some of the results from the simulation that can now be used to optimize the mold design : pressure drop, temperature change, shear rate, shear stress, runner system volume, part cooling time and clamping force estimation. […]
As previously mentioned, performing a FEA of a hot runner system is similar to running a mold flow simulation on an injection molded part. Instead of simulating the flow in the part, the flow in the hot runner system will be simulated […]
Aside from the center block motion system, the key element of a stack mold is the hot runner system. The transfer of plastic melt from the machine barrel into the mold center block has traditionally been achieved by a heated sprue bar, […]
The defining characteristic of a stack mold is the two mold parting surfaces or mold split lines. A stack mold does not require much more clamp force than a single-face mold because the projected part surface areas of the cavities on both sides of the center block cancel out each other’s force. […]
1. Doubled Part OutputInstead of increasing the mold size by adding more cavities, a stack mold maintains mold size and machine size by adding a second layer of cavities parallel to the first layer. […]
The main advantage of having your tool designer involved earlier is the ability to influence the product and processes being developed. This approach results in added value to your services and creates strong ties with your customer as he becomes more reliant on you to oversee his design process. […]
TeamworkProduct and mold designers can work through most of the manufacturing issues in advance by teaming up in the early stages of product development as one engineered process. A team of engineers with diverse backgrounds concurrently working together is far more capable, […]
In most applications, feature technology and feature recognition are utilities intended to improve the programming performance for simple geometry like holes and pockets. In many systems, this may be limited to 2-D machining. […]
The best way to avoid these walls is to build the CAD and CAM application on the same 3-D database. This avoids the process of translating data from one format to the other, which could delay the project and increase the risk of errors. It also enables associative CAD/CAM usage, where modifications in the CAD [...]
By developing on a 3-D CAD mainstream platform, a CAM supplier can focus its resources 100 percent to support advanced manufacturing technologies. A good example is high-speed machining (HSM), […]