CLEAN
ENVIRONMENT

CONTINUOUS EFFORTS
FOR A CLEANER ENVIRONMENT

R&D

  • Clean Environment
  • R&D
Technology

Shinsung E&G presents innovative technologies and implements optimal solutions through advanced R&D activities.

Our technology research institute has personnel capable of conducting simulations of electronic devices as well as structural and airflow simulations. We develop products optimized for customer needs through experiments and simulations on products under development. We will practice technological innovation through research and development based on our expertise in keeping with the great changes in future industries.

Clean Manufacturing Environment Clean Room
  • Particle
  • Smell
  • Temperature
  • Humidity
  • 01
    High technical level
    • - Fan and Motor
    • - High-integration minimum loss and piping flow design technology
  • 02
    Differentiated technology
    • - Noise and vibration control technology
    • - Airflow and structure optimization technology
    • - Manufacturing, environmental, and gas analysis technolog
  • 03
    Advanced source technology
    • - Air purification technology
    • - Heat exchanger design technology/li>
    • - Pollutant gas removal technology
  • 04
    Securing reliability
    • - FAB-oriented environmental analysis
    • - Safety assessment for the long-term operation of plants

Computational Fluid Dynamics

Computational Fluid Dynamics (CFD)

Measurement of factors affecting contamination such as airflow, temperature, humidity, cleanliness, VOCs, etc. in clean rooms/manufacturing equipment Analysis of problems and derivation of improvement plans through the visualization analysis of the measurement results to identify the problems through the intuitive analysis of the measurement results

CFD
Clean Room Measurement & Visualization
  • Air Flow Visualization
  • Air Flow Measurement & Mapping
  • Particle Measurement & Mapping

Finite Element Method

Finite Element Method (FEM)

Analysis and improvement of deflection in the ceiling grid system and of each member's safety factor Increase in safety factor and improvement of deflection amount through analysis of structural deflection and strength according to increase in the mini-environment size Structural design to ensure the durability and robustness of the solar power generation system in response to changes in the natural environment by season

FEM
Amount of Deformation by Member
Prediction of Maximum Stress by Member for Impact Load

Fine Particle Visualization System

Fine Particle Visualization System (FPVS)

Identifying the causes and intuitively deriving the solutions by visualizing the 0.1um particles (minimum particle size) that may cause defects during production Understanding the generation, movement, and contamination mechanisms of particles by visualizing the particles generated during the actual process

FPVS
Gas Analysis Technology

Qualitative and quantitative analysis of volatile organic compounds and minute amounts of other pollutants Outgas analysis of materials brought into the clean room Deriving optimal removal solutions by identifying the types of contaminants generated in semiconductor/FPD clean rooms Provision of recycling solutions through air quality assessment

Gas Analysis Technology
VOCs Gas Analysis
Analysis items
  • - Qualitative and quantitative analysis of volatile organic compounds
  • - Qualitative and quantitative analysis of solid samples' outgas
Subject of analysis
  • - Semiconductors, displays, and other VOCs-generating sites
Ionic Gas Analysis
Analysis items
  • - Cations: Li+, NH4+, K+, Ca2+, Mg2+
  • - Anions: CH3COO-, HCHO-, F-, Cl-, NO2-, NO3- SO42-
Subject of analysis
  • - Semiconductors, displays, and other ionic gas-generating sites
Noise and Vibration Analysis Technology

Provision of ways to measure, analyze, and improve the causes of noise/vibration in our own anechoic room and analysis techniques for predicting the effects of the noise Analysis and improvement of noise in vibration-free equipment / analysis of noise and vibration characteristics in the FAN-MOTOR and their improvements / prediction of synthetic noise by a clean room system

Noise and Vibration Analysis Technology
R&D LAB ANECHOIC ROOM
Frequency Analysis
Optimal FAN and BLDC MOTOR Design Technology

The world's best high-efficiency, high-performance FAN design technology Securing the reliability of motors through lightweight and high-efficiency designs and accelerated test evaluation verification

Optimal FAN and BLDC MOTOR Design Technology
Optimization Simulation Applied to the FAN UNIT
MOTOR Design and Electromagnetic Analysis
FAN Flow and Noise Analysis
MOTOR Prototype Production and Performance Analysis/Improvement