CNS

Technology

Bioreactor & fermenter for research
and development

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The optimal cultivation environment completed
through CNS technology

To manufacture highly efficient microorganism fermenters,
CNS introduced Korea’s first indirect sterilization method.

Optimized for high-cell-density cultivation, this system combines advanced precision control of pH, DO, gas, and temperature to deliver superior performance and exceptional reliability.

Technology

Fermenter Based on Optimized Design

Designed to ASME-BPE standards
Verification based on modeling / simulation / performance testing

Smart Bio-Control &
Monitoring System

CNS provides patented automation and HMI-based control technologies to ensure reliable and efficient cultivation in smart bio-manufacturing facilities.
Based on its patents, CNS provides an intuitive HMI-based interface and an advanced control system to maximize the reliability and efficiency of cultivation processes.

Key Features

Enhanced real-time monitoring and control via a pre-validated HMI system
Improved system safety through interlock functions between processes
Increased process efficiency with optimized transfer system design
User-friendly operation enabled by a user-centric interface
Controlled system access through user-level security management

Diaphragm valve flow control method
(Patent No.10-1491711)

Prevents backflow and leakage by implementing interlocks between processes

Motor-driven rotary diaphragm valve
(Patent No.10-1604978)

Automatic transfer under aseptic conditions, minimizing cross-process contamination

Aseptic metering device and aseptic valve
(Patent No.10-2230047)

Quantitative transfer in an aseptic environment to maintain cultivation cleanliness

PLC-based distributed control +
DCS integrated management system
(Distributed Control System +
Local PLC Architecture)

Hybrid control architecture combining real-time local PLC control with DCS-based centralized monitoring, ensuring process stability, scalability, and maintainability

Direct local PLC control ensures stable operation even during communication failures
Centralized monitoring and optimized control of multiple PLCs
Ethernet-based remote monitoring, control, and program updates
Scalable and maintainable architecture based on standardized hardware and modular software

→ A hybrid system combining distributed PLC control with DCS-level integrated management, ensuring high reliability and flexibility in complex process environments.