
We offer a comprehensive filling and feeding system design that aligns with your requirements, including CAD design and gating system design. We also conduct design reviews and analysis of existing systems. Are you looking to improve yields, reduce scrap, or enhance consistency? Our casting simulation services can support you in achieving these goals.

All aspects of metal casting, including casting simulation and CAD design, are available. We have diverse experience with all manufacturing methods and processes, supported by years of practical foundry knowledge, including expertise in gating system design.

Support is available for both long and short term projects, whether they are based on process or product. We can utilize CAD design and casting simulation to model and optimize your process, ensuring it meets your specific requirements, including effective gating system design.

Our holistic consulting service is designed to support all aspects of foundry production, from CAD design and tooling design to heat treatment and dimensional review. We offer a flexible service that enables SMEs to access powerful tools, such as casting simulation and gating system design, on par with large foundries.

CAD design models can be generated from existing drawings or modeled from scratch using existing castings, which can also aid in the casting simulation and gating system design processes.

We offer various tiers of support to suit your needs, with no license costs or consulting fees. You can pay a flat rate for X hours of computational resources per month, allowing you to direct that resource towards your CAD design, casting simulation, or gating system design projects as you see fit.

If you require on-going simulation / consulting support without the headache / up-front cost of maintaining your own license. An affordable and entirely flexible option is to subscribe to a tier of support which suits your needs.
You can upgrade or cancel at any point.
Simple but informative simulation of a propellor spinning in water.
Including strain rate dependant viscosity.
Liquid Metal flowing through a ceramic foam filter. (Usually modelled as pressure drop through the fluid)