For Effective Communication in the Foundry...
The goal of the foundry is, of course, to reach the ideal casting part with high casting quality and desired properties. We know that the effort of the whole team, from the designer to the operator, is for this.
The era of accepting the sentences 'casting defects, this is a necessity of the job' or 'this part cannot be cast better' is now over.
The era of accepting the sentences ‘casting defects, this is a necessity of the job’ or ‘this part cannot be cast better’ is now over.
Did you know that you can only simulate the filling and solidification of the cast part in JSCAST® without designing a runner?
If the causes of defects are well known and necessary precautions are taken on time, it is no longer a dream to achieve successful casting in one time.
JSCAST Casting Simulation continues to work with its comprehensive and accurate results, its experience in foundry since 1986, its giant software development team, which is also a joint venture of Osaka University and Toshiba, to provide a unique simulation experience to foundries.
JSCAST Casting Simulation, which offers solutions to its users by simulating various casting methods, performs filling and solidification simulations of the casting part; It also guides the caster during the design phase by detecting various casting defects such as gas and shrinkage porosity, die soldering on the mold surface, cold shuts, air entrainment, sand and slag inclusions, thermal stresses, and deformations. The developer team is focused on content, functionality and showing correct results rather than visual shows.
If there is a feature in JSCAST, it is actually working and its results can be used in the process.
JSCAST provides convenience in filling analysis by providing you with the necessary clues for the process such as the efficiency of overflows , the amount of air trapped in the mold, the velocities of the liquid metal during mold filling. While the part is solidifying, the temperature distribution in the casting system, the late and early solidifying zones, the modulus calculation of the casting part and the feeder analyzes are some of the other features available to you.
When casting is simulated and all necessary precautions are taken for defect-free casting, the time and manpower allocated to trial castings will be shortened. In this way, you will have an efficient, successful and therefore profitable casting experience by going into mass production as soon as possible with your defect-free casting design.
Wrong observations lead to wrong decisions and inefficient production. With JSCAST, you can spend your valuable time to provide new profits to your company instead of dealing with repetitive problems thanks to the casting defects minimized at the design stage and standardized process stages.
Defect-free casting in one time is no longer a dream.
