FITVAC™ Solution Enables Enhancing
Vacuum System Efficiency and Reducing Cost & Carbon

Configuring the high conductance piping and selecting the right pump capacity
for your chamber & process, are possible with FITVAC™ Solution!

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FITVAC™ Solution Provides Vacuum Simulation
& 3D Modeling of Vacuum System

Intuitive visualization facilitates communication within the team, across departments and with customers.
Before installation, configure and optimize the system as much as you want.

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FITVAC™ Solution That Can Be Used Effectively
for Vacuum Training Sessions & Classes

Through intuitive 3D visualization and powerful graphic functions,
it can be effectively used for vacuum training sessions and classes.

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Easy to Use

Anyone Can Easily Configure the Optimal Vacuum Systems

Easy & Fast Vacuum System
3D Modeling

You can quickly make a modeling of the vacuum system in 3D using intuitive UI, pipe standards, shape icons and libraries.

Modeling & Simulation
on One Screen

Two performance simulation results for the configured vacuum system in 3D are provided in a graph. You can quantitatively compare the simulation results and the configured vacuum systems up to 6.

Conductace of Pipe
Elements by Color Temp.

Display piping conductance in color temperature to quickly identify piping elements that need improvement.

Selection of Appropriate
Pump Capacity

If the vacuum requirements are not met or excessively over for the selected pump, try to use the pump capacity evaluation function. It helps you find the optimal pump capacity.

Services

What We Offer

FITVAC™ is the most convenient and efficient SaaS-based solution for vacuum system configuration and optimization.

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01 01

3D Modeling
of Vacuum System

Intuitive 3D Modeling

- 3D visualization of vacuum system
- Rotating, moving, zoom in & out
- System comparison before & after

Icons & Industrial Standards

- Shape icons of components
- Vacuum pipe standards by country
- Auto-connection between components

02 02

Vacuum Performance
Simulation

Pump Down Time

Simulation of chamber pressure down from start pressure over time during chamber pumping.

Vacuum Throughput

Simulation of chamber pressure according to the change of gas flow rate injected into the chamber.

03 03

Pipe Conductance &
Pump Capacity Optimization

Pipe Conductance Simulation

Indication of color temperature to distinguish the low conductance piping elements with improvement guidance.

Pump Capacity Evaluation Simulation

Comparisons of multiple simulation results by pump capacity and vacuum requirements for selection of optimal capacity.

Services

What We Offer

01

3D Modeling of Vacuum System

Intuitive 3D Modeling
- 3D visualization of vacuum system
- Rotating, moving, zoom in & out
- System comparison before & after
Icons & Industrial Standards
- Shape icons of components
- Vacuum pipe standards by country
- Auto-connection between components

02

Vacuum Performance Simulation

Pump Down Time
Simulation of chamber pressure down from start pressure over time during chamber pumping.
Vacuum Throughput
Simulation of chamber pressure according to the change of gas flow rate injected into the chamber.

03

Pipe Conductance & Pump Capacity Optimization

Pipe Conductance Simulation
Indication of color temperature to distinguish the low conductance piping elements with improvement guidance.
Pump Capacity Evaluation Simulation
Comparisons of multiple simulation results by pump capacity and vacuum requirements for selection of optimal capacity.

Benefits

FITVAC™ Solution Enables Enhancing
Vacuum System Efficiency and Reducing Cost & Carbon

FITVAC's benefits 1

FITVAC's benefits 2

FITVAC's benefits 3

When designing vacuum systems, pipes and pumps are configured in a various ways according to installation conditions and vacuum requirements. Depending on how to configure them, the overall efficiency and investment cost of the system can vary.
Due to individual installation of the chamber, pipes, and pump, the use of low conductance piping or over-capacity pump occurs in the field. The worst case is installing systems repeatedly even with high investment costs and low efficiency.
Vacuum systems are facility equipments that take a long time to replace once installed, and the best way is to check the performance of the system through simulation and optimize it before investment and installation.
FITVAC™ Solution is a practical software for users to configure an optimal vacuum system that meets both installation conditions and vacuum requirements.

Features

FITVAC™ Solution Provides Differentiated Services
That Reflect Customer Needs

Intuitive User InterfaceThe shape icons and libraries, and 3D modeling make it easy for anyone to configure the vacuum system.

Accurate SimulationBased on 3D numerical analysis data & field measurement data, we focus on realizing the high accuracy of simulation results.

Seamless CommunicationFrom vacuum system design engineers to users, 3D visualization can make it easy to enable more precise and smoother communication.

Cloud-Based SWFITVAC™ Solution is a SaaS-based platform that can be accessed anytime, anywhere without installation or updates.

System OptimizationSystem optimization through evaluation and improvement can increase efficiency and reduce costs.

World-Class SecurityAll data in this website is protected with web standard encryption technology.

Application

FITVAC™ Solution Provides Differentiated Services for Customers

We provide differentiated solutions and services to create customer value
based on its long experience and know-how in vacuum technology and applications.

Vacuum TrainingLearn More

Semiconductor & DisplayLearn More

AutomobileLearn More

Solar PanelLearn More

Vacuum PackagingLearn More

SteelLearn More

Medical & BioLearn More

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Reviews

Customer Reviews

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

Ivan Park Vacuum & vacuum system training manager

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

Yeji Won University student

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.

HY Kim Semiconductor manufacturing company
Project manager

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.

Robin H Semiconductor equipment manufacturing company
CEO

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.

JEIES Customer factory facility

Try Our Solution for Free

You can try the Optimum plan for free for up to 2 weeks!

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