R&D

Research details
Research equipment status

Research details

Research institute foundation background

Contribute to the growth engine of the company by enhancing
corporate competitiveness, fostering manpower,
and pursuing
technology development by developing new materials, parts,
and equipment which overcomes and supplements
existing limitations in material, parts, and equipment
area used in high tech industries

Research details

High tech rare metal material/parts research
Rare metal possesses its own unique characteristic such as
thermal resistance, low thermal expansion, excellent electric
conductivity,
corrosion resistance and wear resistance,
high density, radiation absorption, etc.
Research details Core technology
  • Development of materials/parts for displays
    and semi-conductors
  • Rare metal/functional material/ceramic material, etc.
  • Rare metal powder material manufacturing technology
  • Rare metal powder metallurgy process technology
  • Alloy manufacturing & composition control technology
  • Nano powder manufacturing technology
  • Amorphous alloy ribbon manufacturing technology
  • Waste resource recycling technology
Ultra-high pressure/ultra-high temperature
system research
Development of special industrial equipment applied to key
material parts areas such as high tech industry like
aerospace,
automobiles, semi-conductor and electronic
industry by molding/sintering material parts under high
temperature/high pressure
conditions and maximizing
the performance of products
Research details Core technology
Development of key process equipment applied to high tech industries such as semi-conductors, automobiles, aerospace, etc.
  • Ultra-high temperature (2,000℃) / Ultra-high pressure (200MPa) molding / sintering device development (HIP , CIP)
  • Special industrial machines such as automation system and vacuum system, etc.
 Ultra-high temperature/high
pressure pressure
vessel and frame
production technology
  • Computational structural analysis & heat/gas flow analysis
  • Structure optimum design & processing technology
  • Wire-winding technology
Ultra-high
pressure system
  • Gas compression & ultra-high pressure system
  • Ultra-high pressure sealing packing system
Ultra-high temperature
Hot-zone system
  • High temperature process structure production technology
  • Fireproof material design & production technology
  • Cooling system design & production technology
Ultra-high temperature/
high pressure electric power control & safety system
  • Ultra-high temperature/high pressure electric control & safety system design & production technology
  • Process real-time monitoring system design & production technology
Automation system
  • Process automation system design & production technology
Vacuum system
  • High vacuum system
  • Vacuum packing system
Engineering consulting research
Research details Core technology
Automobile
area 		Brake system
  • Thermal capacity / brake oil temperature analysis (heat-structure coupled analysis)
  • Structural strength analysis & optimization technology
  • Disk/caliper form optimization technology
  • Solution for improving low frequency vibration problem
  • Solution for improving high frequency sqeual noise problem
Steering unit
  • Structural strength analysis & optimization technology
  • Low frequency structural-borne noise analysis & solution
  • Rack housing shape optimization technology
  • C-EPS / R-EPS driving part noise & vibration analysis
  • Motor vibration/noise analysis
  • FBS (FRF-Based Substructuring) technique actual car noise analysis
Machine
system
area		 Pressure
vessel & frame
  • ASME Code Section VIII, Div. I/II/II based design technology
  • Strength review & shape optimization through structural strength & fatigue analysis
Other area
  • Finds cause of structural damage and presents solution
  • Finds dynamic characteristic of suspension module tester
  • Analyzes cause of production defect and presents solution
Manufacturing
area 		Casting
  • Casting thermal stress analysis & mold improvement & optimum design
Metal forming
  • Mold improvement & optimum design through forming analysis
Customized
solution area		 Programming
  • Customized calculation program production using Visual C++
  • Production of learning program using machine learning/deep learning