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R&D Center

  • R&D
  • R&D Center

A Research Center Leading the Development of Integrated and
Comprehensive Automation Environments for the 21st Century

Samyeon Engineering’s Technology Research Center was established in September 2010 as a certified corporate research institute. Since its foundation, the center has played a leading role in advancing Korea’s automation industry through the continuous development of factory automation equipment and systems, supported by highly skilled professionals and long-accumulated technical expertise and know-how.

Through the advancement and on-site validation of factory automation technologies, our research center develops designs optimized for customers’ actual production environments. Going beyond simple equipment development, we deliver stable, reliable, and field-proven automation solutions that customers can trust.
Guided by our philosophy,

“To provide products and services that deliver the highest level of customer satisfaction through technology and quality, ”we go beyond technology itself to design the future of factory automation solutions.

What We Do

Research-Validated Technology, Applied in the Field

  • Development of tailored automation technologies based on detailed customer process analysis
  • Performance, durability, and operational stability validation of automation systems
  • Assessment of field applicability for new technologies and processes
  • Ensuring consistent quality and shorter delivery times through standardization and modular design

How We Work

Field-Integrated R&D Process

  • Process analysis → engineering design → simulation → prototype fabrication
  • Seamless collaboration among departments
  • Continuous iterative optimization driven by customer process data
Core Research Areas

  • Process Automation Technologies

    • Automation of raw material handling, processing, filling, packaging, and palletizing
    • Hygienic system design and CIP integration technologies

  • Equipment Performance & Reliability Validation

    • Cycle time, precision, and repeatability testing
    • Stability verification through long-term continuous operation

  • Smart Factory Technologies

    • PLC, SCADA, and MES integration
    • Equipment data acquisition and analysis
    • Predictive maintenance (Condition Monitoring)

  • Standardization & Modularization

    • Development of standard specifications for automation equipment
    • Quality stability ensured through modular-based design