Hyundai WIA’s machine tool laboratories focus on further advancement of super speed and super precision performance of machine tools that are state of the art technology of exclusive design and extensive research which drives development of advanced technology and commercialization through machine tool and cutting-edge equipment research.
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Uiwang R&D Center
- Areas of research : Machine tool (machining centers & turning centers), Machine Control & Software, Advanced research
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Changwon R&D Center
- Areas of research : General improvement of machine, Testing & research
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TECH CUBE (Europe)
- Areas of research : Advanced research of major parts, Development of European models
Machine tool research
1Turning Center development
- Standard / Multi-Axis Turning Center development
- Special turning center development
- Core product development
2M/C development
- Vertical/Horizontal M/C development
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- Machine for factory automation
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- Core product development
Machine tool control and Software research and development
1Machine tool CNC application design
Lathe and machining center optimum control logic design
- Optimization of CNC System
- Multi-Spindle / Multi-Path(Multi-Channel) control
- Optimum application of CNC function
Drive system and peripheral device control
- Turret, ATC, Magazine control
- Hydraulic / Pneumatic Pressure Unit
- FA System control
Operating environment and Electric enclosure design
2CNC embedded software design
ADevelop and implement proprietary functions for Fanuc/Siemens CNC
- Machine operation guide
- Tool path control
- Thermal displacement compensation
- Vibration control
- Eco-friendly control
3PC and mobile based software design
Install and operate with PC and mobile devices (tablet PC, smart phone)
- Remote diagnostic and maintenance
- Virtual machine operation
- Conversational Programing
- Mobile operation / monitoring / control
Machine tool Advanced Research
1Core product development
- Development of direct drive motor tilting rotary table
- Development of lathe spindle and tool post
- Development of spindle for machining center
2Development of main spindle
- High power high speed spindle(30,000rpm)
- Nano precision spindle(precision level: 50nm, speed : 40,000rpm)
- Main Spindle thermal displacement sensors and compensation system
Machine tool design verification
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1Structural analysis
- Maximum cutting feedrates, thermal stability
- Static and dynamic deflection analysis, thermal distortion analysis
- Software : ANSYS, ABAQUS
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2Non-linear analysis
- Clamping force, impact resistance, component fatigue
- Contact Analysis, transient Analysis, fatigue analysis
- S/W : ANSYS, ABAQUS
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3Dynamic analysis
- Rapid feed rigidity, control/structure coupling characteristics
- Mechatronic analysis, flexible body dynamics
- Software : ANSYS, ABAQUS