Industrial Control
Software-defined automation infrastructure for production, control and management — from machine-level PLCs to plant-wide orchestration, protecting continuous operations in harsh environments.
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Industrial operations depend on deterministic control: a PLC scan overrun corrupts batch consistency; a communication dropout triggers emergency shutdown with million-dollar restart costs. Aicotek industrial controllers are certified for continuous operation and reliability, with cycle times from microsecond motion control to millisecond process loops.
One platform spans machine, line and site. Current systems integrate logic, motion, safety and visualization — standalone cells for OEM equipment builders, or distributed architectures synchronized across an entire plant. That reduces engineering complexity for automotive assembly, chemical processing, energy distribution and intelligent building management. Fanless, wide-temperature controllers suit cabinet-free installation in harsh environments; redundant configurations satisfy high-availability requirements without single points of failure.
For brownfield modernization, Aicotek delivers two converging paths. Protocol gateway modules translate legacy fieldbuses to modern Ethernet standards — Modbus, PROFINET, OPC UA — with edge analytics preprocessing to reduce SCADA data load. Integrated HMI-PLC modules simultaneously replace traditional display-plus-box setups, cutting deployment footprint and total cost of ownership. Premium capacitive touchscreen technology performs in high-interference environments; multiple series options in various sizes with ruggedized designs and protective features adapt to diverse scenarios.
Integrated safety I/O and certified function blocks streamline validation without external relay racks. Seven programmable LEDs provide at-a-glance status — fault, health, safety, process stage — keeping operators informed without screen dependency.
Programming environment and fieldbus options vary by industry practice. The range includes IEC 61131-3, C/C++ and MATLAB/Simulink programming, with copper/fiber industrial Ethernet and selected wireless configurations for installations where cable routing through rotating or mobile equipment is impractical.