NovaMethod is a CAD system especially designed for the foundry industry with complete functionality such as core creation tools, horizontal gating design assistance and geometry repair functionality.
> Flexible assembly structure
> Works with many leading CAD/CAM tools
> Design in any context
NovaFlow&Solid (premium) and NovaOne (essential) are casting simulation tools that help you work faster, easier and achieve more accurate castings.
> Unique, efficient and fast meshing technique
> Predict defects and shrinkages before production
> Spare time, money and environmental resources
Analyze your current design and compare alternative ones to find a quick solution and reduce the need of expensive trials in production.
> Fast calculations with full contact task
> Predicts cracks
> Fully integrated with NovaFlow&Solid
MetalMaster helps you plan and calculate the most economical charge composition for your foundry. The aim is to reach the targeted chemical composition for a specific quality to the lowest possible cost. MetalMaster can easily be used as a support system to ATAS MetStar.
ATAS (Adaptive Thermal Analysis System) MetStar is a flexible metallurgical process control system for analyzing, stabilizing and optimizing the metallurgical production process. The system has been developed from a metallurgical point of view, based on years of foundry experience both from NovaCast’s own personnel but also customers’ day-to-day challenges. The system is used to create routines and rules for developing a lean production method.
ATAS MetStar W is a streamlined version exclusively for evaluation of white samples.
For the ATAS MetStar system to evaluate correct solidification process it is extremely important to have stable, consistent and sound thermal analysis cups. We offer two types of sampling cups, white and grey for your ATAS MetStar system.
We also offer light-weight non-graphite ceramic sampling spoons with high melting point to avoid temperature losses. Also, there is no need to preheat.
ATAS MetPro helps foundries structure their production process by visualizing the collected and saved process data. The system also gives the operator real-time advice based on the current status of the defined process parameters, as well as information about the recently produced batches. This is easily analyzed afterwards for quality assurance and traceability. The outcome is reduced cycle time and less risk for errors, which results in lower scrap rate. It also minimizes energy consumption, which contributes to a greener planet.