In the past, I had to manually input piping data required for simulations one by one, which took a lot of time and constantly made me anxious about possible typos or omissions. But now, I can import data files directly from CAD, which has drastically reduced the working time. With human errors eliminated, data accuracy has significantly improved. I think it's a powerful automation feature that allows batch input of data for up to 12 systems at once! Plus, it displays various simulation results simultaneously in real time, enabling quick and accurate decisions on critical matters like pump capacity, final piping design, and system optimization!

Through 3D visualization & simulation of vacuum systems,
it greatly helps to communicate and educate employees
on the configuration & performance of vacuum systems.

It is really easy to understand vacuum performance changes
according to system configurations with various combinations of piping and pump capacities,
thanks to 3D modeling & performance simulation.

I can easily and quickly configure pipes and select pumps
that meet both the installations condition in fab and process conditions of each chamber.
I was able to reduce repetitive work and save a lot of time.

I've delivered 2,000 m³/hr pumps to our customers with our main vacuum equipment.
Recently I realized that 600 m³/hr pump is enough sufficient for the chamber and process.
I highly recommend vacuum simulations to select the right size of pumps.
I was able to increase the overall cost competitiveness of the system including pipes & pump.

When designing pipes, we could add efficiency to the shortest-distance design, which could further increase the overall efficiency of the factory.
As the piping efficiency increased, the process margin increased and the capacity of the pump could be reduced.
By improving piping efficiency and right-sizing of pump capacity,
we could easily expect to reduce investment costs, energy consumption, and carbon emissions.