Why AutoCast ?
Intuitive & Enjoyable User Experience
AutoCAST features an exceptionally user-friendly interface designed for ease and engagement. Its clean, structured layout ensures a smooth workflow, making casting problem-solving not only efficient but also enjoyable.
Powerful Simulation Capabilities
AutoCAST offers high-end simulation tools that provide insights such as temperature distribution, solidification timing, metal flow characteristics, and air entrapment. It helps predict critical casting defects.
Integrated Methoding Tools
With AutoCAST, you can seamlessly design gating and feeding systems using a simple sketch-based interface. The software automatically generates optimized gating designs based on predefined.
Advanced Optimization for Better Yield
Don’t settle for just acceptable quality — AutoCAST helps you enhance casting yield by optimizing feeders, gating systems, and layout configurations. It guides you toward the most efficient and cost-effective solution.
Fast Simulation & Iteration
Say goodbye to long wait times. AutoCAST is engineered for speed, allowing quick analysis so you can test and refine multiple layouts in significantly less time.
Responsive Support Team
Have a question or run into an issue? Our dedicated technical consultants are just an email or call away, ready to assist you with timely and expert support.
About AutoCAST
AutoCAST is an end-to-end solution for casting method design, simulation, and optimization — combining technical precision with user-friendly tools to streamline your casting process.
Part Analysis
• Geometric and mass properties
• Sectional thickness analysis
• Cored feature recognition
Mold Cavity Design
• Part orientation, stepped parting line
• Horizontal and vertical molding
• Core and print design, plug drilled hole
• Mold size and multi-cavity layout
Feeder Design & Optimization
• Hotspot location; Feeder design
• Feedaids: Neck down sleeve, chill, padding
• Directional solidification: feed-paths
• Automatic feeder size optimization
Gating Design & Optimization
• Multi-sprue, gate, runner layout
• Automatic gating optimization
• Pressurized and non pressurized gating design
Simulation
• Coupled mold filling and casting solidification
• Results include temperature history, liquid metal fraction,
cooling curves, and air fraction
• Major defects like misrun, air blow hole,
shrinkage porosity, and hard zone
Layout Optimization
• Easy and Quick Iterations
• Tracks yield at each layout
• Detailed method report for each layout
