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R&D

Nifco Korea creates innovations
that move the world with the
best technology.

Smart Manufacturing Innovation

NIFCO KOREA GROUP’s Smart Manufacturing Innovation refers to an operational framework

that reduces process variation while enhancing agile decision-making and profitability.
It is built around five key pillars (Quality, Automation, Molding, Mold, and Connection/Data) and driven by the following four principles.

  • Quality assured by equipment and systems
    Quality assured by equipment and systems

    By integrating visual inspection and analysis systems directly into production equipment, abnormalities are detected and blocked in real time. Data-based traceability prevents recurrence at its source.
    Standardized logic and automated judgment minimize inspection variation and reduce dependency on operators, ensuring consistent and stable quality.​

    01
  • Advanced factory automation
    Advanced factory automation

    Repetitive tasks are automated through the integration of traverses, robots, and dedicated automation equipment, while line balancing reduces setup and waiting losses.
    Automation modules are designed to be scalable based on process standards, enabling rapid deployment for new production lines and product launches.

    02
  • Equipment and system network connectivity
    Equipment and system network connectivity

    Production equipment, inspection devices, mold and molding conditions, and production results are connected using standardized formats and collected in real time through connection technologies.
    This connectivity eliminates information gaps between shop floors and offices, allowing issues to be identified and addressed immediately on a single shared interface. ​​

    03
  • Production innovation through data analysis and utilization
    Production innovation through data analysis and utilization

    Data visualization and correlation analysis enable early detection of process variation, while losses in availability, performance, and quality are systematically reduced from an OEE perspective.
    Analytical insights are reflected in standard operations and maintenance plans, creating a virtuous cycle that continuously enhances the functionality and maintenance of molding, molds, and automation. ​​

    04

ACTUATOR

A device that generates driving force using externally supplied energy in response to control signals, such as in motor-driven systems, and applies displacement to a controlled object.

Bobbin Assembly Insert Molding Automation

Copper wire is wound into a coil that generates a magnetic field when electric current is applied, driving the rotor to operate the motor.

Bobbin Assembly Insert Molding Automation
Process
01

Automatic Stator Loading

02

Insert Molding