Data Acquisition Platform
Low-code configuration and multi-source equipment connectivity provide data for digital twins and industrial applications.
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The JINSYS IoT (Internet of Things) platform is an industrial internet platform developed for intelligent manufacturing. Fast configuration, simple connectivity, customizable data integration and unified outputs help manufacturers quickly establish an industrial internet system. It integrates common PLC brands and models, CNC systems and industrial robot systems, supporting multiple data interfaces, acquisition protocols and commissioning methods. Built-in interfaces connect to SAP, ERP, MES, WMS, WCS and other business systems. On-premises private deployment is supported.
A visual configuration interface lets users set up business components through intuitive drag-and-drop operations.
Integrated automation device drivers, Modbus TCP/UDP, Socket communications and MQTT services enable configurable data connections for automation equipment and instruments.
Combine equipment, process, alarm, energy consumption and production system data for in-depth analysis and forecasting to inform production and operational decisions.
JINSYS low-code technology lets business users quickly connect gateways, acquisition services, controllers and other IoT components through straightforward visual configuration.
Integrates common PLCs, CNC systems, industrial robot systems and positioning systems. Multiple interfaces, protocols and commissioning methods enable data acquisition through intelligent gateways.
Store business system and production line data, support digital twin visualization, and provide common data interfaces for other smart factory production and information systems, connecting hardware and software and removing data silos.
Define output fields from the data pool and integrate API data. Standardized API interfaces support connections to different systems.
Applications exchange data with the IoT platform. The platform exchanges data with storage and connects to equipment controllers through industrial protocols.
