What are Cast Aluminum and Zinc Kirksite Tooling?
For higher production volumes and more aggressive polymers, it is critical that the tool material has a high degree of mechanical hardness. […]
For higher production volumes and more aggressive polymers, it is critical that the tool material has a high degree of mechanical hardness. […]
Some companies have used investment casting with RP models to produce metal tooling. Most of the tools cast so far have been in aluminum, […]
The 3D Keltool process typically starts with a CAD design of the core and cavity mold inserts, followed by the creation of the core and cavity patterns with stereolithography or some other RP process. […]
With five-axis machining, the problems of 3+2-axis machining are not removed; they have been shifted from the programmer to the CAM system. […]
Flexibility in five-axis milling strategies is an important feature to consider. If one is using a three-axis CAM package with several milling strategies, […]
Reliability of the five-axis cutter paths is critically important. With the addition of the two rotation motions in five-axis the chance for collisions greatly increases, […]
Ease of use and five-axis programming were once thought to be mutually exclusive. Traditionally, five-axis programming was considered difficult, time-consuming and extremely interactive. […]
Five-axis machine limitations can affect how one chooses to perform five-axis machining on a mold. CAM software must be able to simulate the particular five-axis machine and adjust the cutter paths to avoid running into a rotational limit. If a particular five-axis machine has a limit on the c-axis, […]
Sometimes, no five-axis solution is possible. This occurs when the tool is so short, or perhaps the holder is so large that no matter what inclination angle is tried, […]
Regarding work environment, while you may be familiar with this in a three-axis sense, you also must consider it in a five-axis sense. […]