Revolutionize Your Casting Design with Automatic Feeders Topology Optimization

Feature Advantage:
‍
Up to Tenfold Increase in Speed: Utilize our innovative quick solver and temperature gradient method to accelerate your casting design process by up to 10times.

Intelligent Topology Optimization: Automatically optimize the topology of external feeders (Risers) and internal feeders (Part changes ) to ensure optimal solidification process.

Precision Feeding Paths: Define optimum feeding paths and control temperature gradients along  these paths to minimize defects and enhance the minimum added mass to your castings.

Simplified Process: Our feature simplifies complex calculations, allowing you to effortlessly implement topology optimization in your deign process without extensive manual adjustment.

User-friendly Interface: Our intuitive interface simplifies the setup of your optimization process, making advanced customization accessible to all level of users.‍

Cost-Efficiency: By reducing the need for physical trials and minimizing material waste, our optimization feature helps lower cost and time to market.

Strategic Customer Engagement: Engage with clients early in the design process, providing accurate process requirement that lead to precise cost estimations .

Rapid Design Turnaround: By cutting down design times drastically, optimization in combination with other feature opens up valuable space for experimentation and innovation in your casting projects.

Facillated Creative Exploration: The time saved allows designers to explore Various design ideas, fostering creativity and leading to more optimized and inventive solutions.

Enhanced Cost management: Gain a competitive edge with more accurate cost calculations, increasing your chances of winning projects.

By incorporating CastCAD's Automatic Feeders Topology Optimization, you gain not just speed but also the precision and control necessary for today's competitive casting industry. It's more than a feature -- it's your new standard for excellence in casting design.