ANY SOFTWARE

In order to control the shrinkage defects that occur during solidification, the riser is installed in the area where the probability of defects is high, and the defects are controlled through the feeding effect. However, since is it not possible to install a riser without size limitation for defect control, it is common to use an exothermic sleeve and powder to obtain the maximum effect for a small size riser. In AnyCasting, an exothermic sleeve function that allows various sleeve data and direct user input. Use this feature to consider the heating effect of the riser.

No Sleeve	Low Effect Sleeve	High Effect Sleeve

• Various exothermic sleeve type settings
• Exothermic sleeve setting based on manufacturer data
• Setting the heating temperature and heating flow rate against time when considering the exothermic powder
• Optimal riser size and appropriate exothermic powder materials can be selected

Exothermic Sleeve :
Ignition temperature/ heating time/ heat rate at ignition

Exothermic Sleeve :
Time dependent heating temperature/ heat rate

When pouring the melt by gravity, it is possible to pour using the Pouring Basin feature in AnyCasting. After placing the pouring basin shape on the top of the sprue, it is possible to analyze the filling based on the acceleration of gravity due to free fall rather than the set pouring time based on amount of melt, temperature of melt, and external pressing force. In addition, by using the stopper feature, pouring can be started based on a certain amount of melt volume in a certain time or in pouring basin.

Product Name : BARREL

Melt Material : GX49CrSi13 (DIN)

Exothermic : Exothermic Sleeve
(SQ Product)

• Analysis of melt pouring using pouring basin
• Able to pressurize the top of pouring basin when pouring melt
• Filling the amount of melt once or maintaining a certain amount of melt in the pouring basin
• Optimal riser size and appropriate exothermic powder can be selected