Industrial Electromechanical

Industrial electromechanical involves power systems, production line equipment, automation control, energy management, and installation of special equipment. It places greater emphasis on efficient production, automation, reliability, complex processes, and customized requirements.

Production efficiency orientation Production efficiency orientation

Production efficiency orientation

Emphasizing equipment reliability (MTBF index), process continuity, and maximizing production capacity, with extremely high downtime costs

High precision and rigorous standards High precision and rigorous standards

High precision and rigorous standards

Must meet industry standards such as ISO, GMP, ASME, etc., such as cleanroom grades in the microelectronics industry and GMP validation in the pharmaceutical industry

Customized design Customized design

Customized design

The proportion of non-standard equipment is high, and customized electromechanical solutions are required according to the process flow

Intelligence and Interconnection Intelligence and Interconnection

Intelligence and Interconnection

Industry 4.0 technology penetration, such as 5G+edge computing to achieve equipment remote operation and maintenance, AI driven process optimization

Security redundancy design Security redundancy design

Security redundancy design

Multiple safety interlocks (SIL level), explosion-proof zones (ATEX), disaster redundancy (UPS, dual circuit power supply)

service application

Industrial electromechanical engineering serves production-oriented facilities, with core contents including power systems (high-voltage transmission and distribution, industrial boilers, compressed air stations, steam systems, and special energy supply), process equipment installation (production line equipment, conveying systems, packaging machinery, and special equipment), industrial automation and control (PLC/DCS control systems, SCADA data acquisition, machine vision, industrial robot integration, and MES system docking), pipeline engineering (process pipelines, thermal pipelines, anti-corrosion insulation, and high-purity pipelines), environmental protection and safety systems (waste gas treatment, wastewater treatment, hazardous chemical storage, ESD emergency shutdown, and explosion-proof electrical), detection and operation and maintenance support (online monitoring, predictive maintenance systems, and digital twin technology applications).