Chamber model configuration by selecting chamber type by shape and inputting characteristics & conditions such as size, volume, etc.
Pump model configuration by selecting the pump type and inputting characteristics & conditions such as pump size, inlet size and pumping speed.
Pipe configuration between chamber and pump by selecting pipe DN & icon by shape and inputing conditions such as length, angle, direction.
Many user-friendly features such as rotation, movement, and zoom in/out in 3D.
Vacuum System 3D Visualization
3D modeling provides an intuitive understanding of the system you're configuring and allows you to see it from different angles. The 3D visualization of the system enables seamless communication between team members, across departments, and with customers.
- Intuitive UI
- Icons for chamber, pipe, and pump shape
- Industrial pipe standard by country
Compare simulation results for up to 6 systems.
Check whether the configured system meets pump down time requirement.
Check whether the configured system meets throughput (flow/pressure) requirement.
Modeling and Simulation at Once
When the system modeling is completed by selecting industrial piping standard and icons for chamber, piping and pump, the simulation results of pump down time and throughput are displayed on the right side of the screen. 3D modeling and simulation results of the systems are compared and analyzed on one screen.
- Up to 6 systems modeling on a project
- Up to 6 simulation results on the same chart
- System modeling & simulation on a single screen
By displaying the pipe conductance as a color temperature, the piping elements to be improved are easily identified.
The guide tips are provided for low conductance piping elements to improve.
The color temperature of the piping elements and the total conductance of the entire piping can be compared before and after the improvement.
Pipe Conductance by Color-Temperature
High conductance piping configurations increase the effective pumping speed of the pump. This reduces the cycle time to target pressure and makes a lower process pressure, increasing the process margin to control. The conductance of the piping can be shown as a color temperature, allowing you to quickly see where improvements are needed, and improvements can be made with guided tips.
- Color temperature of piping conductance
- Guided tips for conductance improvements
- Quantitative comparison of pipe conductance before and after improvements
When the vacuum system modeling is complete, the pump capacity evaluation function is activated.
The curves with increased or decreased pumping speed of the applied pump are shown.
Multiple pump down time simulation results are shown with vacuum requirement. (blue dot)
Multiple throughput simulation results are shown with vacuum requirement. (blue dot)
Appropriate Pump Capacity Selection
Unnecessarily oversized pumps increase investment/maintenance costs, and also carbon emissions due to high power consumption. Multiple simulations with pumping speed of the applied pump and vacuum requirements compared to select the right sized pump for your process.
- Increased and decreased pumping speed of the applied pump
- Multiple simulation results of Pump Down Time vs. vacuum requirement
- Multiple simulation results of Throughput vs. vacuum requirement
3D Modeling
Vacuum System 3D Visualization
3D modeling provides an intuitive understanding of the system you're configuring and allows you to see it from different angles. The 3D visualization of the system enables seamless communication between team members, across departments, and with customers.
- Intuitive UI
- Icons for chamber, pipe, and pump shape
- Industrial pipe standard by country
Performance
Simulation
Modeling and Simulation at Once
When the system modeling is completed by selecting industrial piping standard and icons for chamber, piping and pump, the simulation results of pump down time and throughput are displayed on the right side of the screen. 3D modeling and simulation results of the systems are compared and analyzed on one screen.
- Up to 6 systems modeling on a project
- Up to 6 simulation results on the same chart
- System modeling & simulation on a single screen
Pipe Conductance
Pipe Conductance by Color-Temperature
High conductance piping configurations increase the effective pumping speed of the pump. This reduces the cycle time to target pressure and makes a lower process pressure, increasing the process margin to control. The conductance of the piping can be shown as a color temperature, allowing you to quickly see where improvements are needed, and improvements can be made with guided tips.
- Color temperature of piping conductance
- Guided tips for conductance improvements
- Quantitative comparison of pipe conductance before and after improvements
Pump Capacity
Appropriate Pump Capacity Selection
Unnecessarily oversized pumps increase investment/maintenance costs, and also carbon emissions due to high power consumption. Multiple simulations with pumping speed of the applied pump and vacuum requirements compared to select the right sized pump for your process.
- Increased and decreased pumping speed of the applied pump
- Multiple simulation results of Pump Down Time vs. vacuum requirement
- Multiple simulation results of Throughput vs. vacuum requirement
Input your requirements for Pump down time, Throughput (flow/pressure), units, STD, etc.
Vacuum systems is configured by input numerical data to configure chamber and pipes, and by selecting pump file and its q'ty.
Click the "Sim" button to activate the simulation buttons. And click the activated buttons to display the simulation result, including Pump down time, Throughput, etc.
System Configuration Through Numerical Data Input
Quick mode allows you to configure the system quickly and simply through direct numerical data input.
- Simple diagram with chamber volume and vacuum requirements
- Quick and simple system configuration via numerical data input and unit selection
- Various piping configurations, including parallel piping
You can verify that the configured system meets the Pump down time requirement.
You can verify that the configured system meets the Throughput requirements.
You can verify the Effective pumping speed of the configured system.
Performance Simulation
Depending on your system's configuration and input conditions, you can quickly verify various simulation results such as Pump Down Time, Throughput, Conductance, Effective Pumping Speed, Pump Capacity Evaluation, and more.
- Up to 6 system configurations per project
- Up to 6 simulation results on the same chart
You can verify the total Conductance of piping in the configured system.
Pipe Conductance
Quick piping configuration and quantitative conductance comparison for different piping scenarios in one chart.
- Quickly configure piping with numerical data input
- Serial & parallel piping configurations
- Conductance comparison by piping scenario at process pressures
You can verify the Pumping speed as the Pump capacity increases and decreases.
You can verify the Pump down time as the pump capacity increases and decreases.
You can verify the Throughput as the pump capacity increases and decreases.
Appropriate Pump Capacity Selection
Unnecessarily oversized pumps increase investment/maintenance costs, and also carbon emissions due to high power consumption. Multiple simulations with pumping speed of the applied pump and vacuum requirements compared to select the right sized pump for your process.
- Increased and decreased pumping speed of the applied pump
- Multiple simulation results of Pump down time vs. vacuum requirement
- Multiple simulation results of Throughput vs. vacuum requirement
Quick Mode
System Configuration Through Numerical Data Input
Quick mode allows you to configure the system quickly and simply through direct numerical data input.
- Simple diagram with chamber volume and vacuum requirements
- Quick and simple system configuration via numerical data input and unit selection
- Various piping configurations, including parallel piping
Performance
Simulation
Performance Simulation
Depending on your system's configuration and input conditions, you can quickly verify various simulation results such as Pump Down Time, Throughput, Conductance, Effective Pumping Speed, Pump Capacity Evaluation, and more.
- Up to 6 system configurations per project
- Up to 6 simulation results on the same chart
Pipe Conductance
Pipe Conductance
Quick piping configuration and quantitative conductance comparison for different piping scenarios in one chart.
- Quickly configure piping with numerical data input
- Serial & parallel piping configurations
- Conductance comparison by piping scenario at process pressures
Pump Capacity
Appropriate Pump Capacity Selection
Unnecessarily oversized pumps increase investment/maintenance costs, and also carbon emissions due to high power consumption. Multiple simulations with pumping speed of the applied pump and vacuum requirements compared to select the right sized pump for your process.
- Increased and decreased pumping speed of the applied pump
- Multiple simulation results of Pump down time vs. vacuum requirement
- Multiple simulation results of Throughput vs. vacuum requirement
