Use fluid mechnical calculations to get optimal results

• Calculate gas and particle velocities depending on nozzle type and shape
• Understand relationship between gas parameters and impact conditions for different powder sizes and stand-off distances

Calculate particle impact conditions to understand coating properties

• Understand parameter-properties relationship
• Optimize your setup for best coating performance

Compare different equipment set-ups, spray parameters and powder

• Compare different set-ups in terms of parameters, powders, equipment set-ups, nozzles, etc.

Propose the best-fit powder for the application

• Profit from previously tested and certified powders for no-fuss cold spraying
• Identify sprayability of a material based on its general physical properties, independent of a particular powder
• Extract general feasibility and critical data in view of powder supply and optimization

Plan coating robot kinetics for simple spray paths

• Calculate effective DE based on materials DE and geometry of part
• Optimize robot path for desired coating thickness
• Minimize overspray

Optimize cost and invest already during the simulation

• Get transparency on the main cost drivers
• Optimize your setup for cost depending on parameters
• Know how to enhance your equipment to be successful