For high temperature process like investment casting, the heat radiation must be considered in the simulation. The affection of shell and enclosure is important in radiation calculation, it must be modelled. View factor and shadow factor may change the solidification and porosity results.
ENCLOSURE, RADIATION & VIEW/SHADOW FACTOR
Cast-Designer revolutionizes investment casting design with its upfront simulation technology that combines expert systems with advanced CAE analysis. This powerful integration enables engineers to optimize fluid flow, heat transfer, and solidification parameters during the earliest design phases, ensuring right-first-time engineering decisions.
By identifying potential defects and evaluating gating systems before production, Cast-Designer significantly reduces development time and costs. Its intuitive interface allows both novice and experienced engineers to achieve reliable results quickly, accelerating your time-to-market.
In today's competitive environment, Cast-Designer provides the technological edge to:
Cast-Designer's expert system combines KBE technology with five decades of investment casting expertise to guide designers through optimal gating system development.
The intelligent Gate System Advisor calculates precise filling times and inner gate section areas based on:
Designers can then fine-tune runner and sprue dimensions with real-time feedback.
Cast-Designer is the industry's only comprehensive solution for investment casting system design, offering unparalleled parametric control over complex configurations.
Our innovative SMART Designer function leverages decades of industrial experience to optimize production yield while maintaining casting quality.
The system automatically generates optimal runner designs by analyzing:
Key innovation: The system uses main runners and pouring cups to compensate for metal shrinkage during solidification, addressing both filling and porosity concerns simultaneously.
Regions with dewax problem
Dewax function checks the casting geometry and identifies potential regions which could cause dewax issues. A casting system with good dewax design can improve the product quality and save energy..
Analyze the casting part, check the MDI & HDI, define the position and size of inner gate.
Select the main tree in smart design tools based on KBE, considering weight and numbers of casting parts.
Generate the main tree and part layout with optimized configuration for production.
Perform dewax checking and make necessary adjustments to the design.
Shell generation and CAE analysis modeling for quality assurance.
CAE simulation result of metal flow during the casting process.
CAE simulation result showing shrinkage porosity distribution.
The old design with serious porosity problems requiring improvement.
The optimized design saves 38% yield ratio with significantly reduced shrinkage porosity.
38% Yield Improvement