System Integration
- Unified Industrial Ecosystems: Connecting Hardware to Enterprise Intelligence.
Other Services
Bridging Physical Industrial Equipment with Intelligent Software Architecture
Industrial efficiency relies on seamless communication across every layer of production. Fahrtron’s System Integration Division designs custom end-to-end solutions that link physical shop-floor assets—including multi-axis CNC machines, robotic arms, and automated material handlers—directly into digital management software.
By unifying programmable logic controllers (PLCs), edge gateways, enterprise resource planning (ERP), and computer-aided manufacturing (CAM) suites, we transform isolated machines into an interconnected, data-driven facility.
Our Core Integration Capabilities
01. OT to IT Highway (Shop Floor to Cloud)
- Protocol Interoperability: Bridging operational technology (OT) protocols—such as OPC UA, Modbus TCP, PROFINET, and CAN bus—with modern IT transport protocols like MQTT and REST APIs.
- Edge Computing Deployments: Installing high-reliability edge nodes at the machine level to process high-frequency telemetry data locally with low latency before cloud transmission.
- Legacy Equipment Retrofitting: Integrating smart sensor arrays (vibration, thermal, current draw) onto non-networked legacy machinery to enable digital tracking without costly equipment replacement.
02. Automated Production Line Synchronization
- PLC & Motion Control Programming: Developing centralized control logic for coordinated multi-robot cells, conveyor networks, and automated inspection stations.
- Real-Time Telemetry & SCADA: Building customized Supervisory Control and Data Acquisition (SCADA) dashboards for centralized operator oversight and automated alarm triggers.
- Dynamic Job Scheduling: Automated routing of digital work orders directly from MES (Manufacturing Execution Systems) to CNC machining heads and robotic loaders.
03. Machine-Level Digital Twins & Quality Loops
- Closed-Loop Feedback Systems: Connecting laser metrology units and CMM probes directly to CNC controllers to adjust tool offsets automatically based on real-time dimensional drift.
- Predictive Maintenance Engineering: Utilizing edge analytics to evaluate real-time vibration signatures and thermal profiles, predicting component wear prior to mechanical failure.
- Centralized Data Lake: Consolidating operational telemetry, quality reports, and power metrics into a secure database for continuous process optimization.
System Architecture Workflow
ENTERPRISE LAYER (IT)
ERP • MES • Custom Dashboards • Inventory & Order Management
Edge & Network Layer
Edge Gateways • Protocol Converters • Local Historians • Secure Networks
Physical Machine Layer
CNC Machines • Robotic Arms • CMM Metrology • Conveyors • PLCs • Sensors