FabEagle®MES is a Manufacturing Execution System designed for solar cell and module production. It combines production control, traceability, quality management, and comprehensive data acquisition in one scalable platform.

From single-wafer tracking and recipe and order management to real-time process monitoring, KPI reporting, and ERP integration, FabEagle®MES gives manufacturers the transparency and control they need to improve quality, reduce downtime, and scale production efficiently.

Backed by more than 20 years of experience in the photovoltaic industry, FabEagle®MES supports reliable, data-driven production from individual manufacturing lines to high-volume and gigawatt-scale environments.

Management and control

·         Production control

·         Order management

·         Work plan management

·         User management

·         Event management

·         Shift planning

·         Recipe management

·         Transport control

Visualization and evaluation

·         Product visualization

·         Alaram statistics

·         Online SPC

·         Online process visualization

·         Trend and reporting

Data acquisition and archiving

·         Material tracking

·         Process data acquisition

·         Machine data collection

·         Long-term data archive

FabEagle®Connect is a low-code integration software for connecting machines, production equipment, and IT systems through standardized interfaces. With protocols such as OPC UA, REST, MQTT, TCP/IP, and PV2, manufacturers can integrate heterogeneous equipment and make production data available across their system and IT landscape.

Ready-to-use components and low-code configuration simplify interface integration and reduce the need for individual programming. At the same time, the modular architecture makes it possible to connect legacy equipment, implement custom logic, and adapt interfaces as production requirements evolve.

FabEagle®Connect creates a standardized integration layer between the shop floor and IT – providing a scalable foundation for connected, data-driven manufacturing.

·      IoT interfaces: REST, MQTT, ActiveMQ

·      IT interfaces: OPC UA, TCP/IP, Modbus, RS232

·      Industry-specific interfaces: SECS/GEM (E5, E30, E37, PV2)

·      Data interfaces: CSV, XML, JSON

·      Database interfaces: MS SQL, MySQL, PostgreSQL, SQLite, Oracle, Firebird

·      Data processing: Conversion, aggregation, buffering

·      Develop own logics in C# script

KontronGrid is a scalable IoT device management platform for securely managing a global network of machines, edge devices, and connected equipment.

The platform enables manufacturers to centrally deploy and update applications, monitor device fleets, and provide secure remote support. Automated software updates and centralized device management reduce manual effort while helping companies keep their globally distributed equipment secure and up to date.

From a single device to worldwide fleets, KontronGrid provides the transparency and control needed throughout the device lifecycle. It also creates a foundation for manufacturers to expand their connected products with digital services and new service offerings.

ToolCommander® is an open software framework for equipment control and visualization, designed for cluster, inline and batch tools in production and research.

Its modular architecture and extensive library of proven software components enable manufacturers to develop reliable equipment control solutions faster while remaining flexible for individual requirements. Built on C#/.NET and WPF, ToolCommander® supports key functions such as scheduling, recipe and material management, simulation, diagnostics and process monitoring.

From semiconductor and vacuum coating equipment to photovoltaic applications, ToolCommander® provides a scalable foundation for modern equipment control.Designed for SEMI-compliant equipment control, ToolCommander® supports key SEMI standards across SECS/GEM, GEM300, EDA and common standards, providing a reliable foundation for modern, highly automated semiconductor production.