Link Logic
Link Logic
Click here to watch video: GEA Food - Link Logic Automation
At the center of each automated process is the ability to start multiple machines at once while keeping the production environment safe.
The Link Logic module provides this functionality and ensures a productivity improvement.
Key features:
- Semi-Automatic batch control
- Machine collision interlock
Benefits:
- Increase productivity
- Center start-up
- Safe production
Process manager
Process Manager
Click here to watch video: GEA Food - Process Manager Automation
When you want to check your process conditions for quality assurance or improvement programs, you want one platform that gives you all actual and historic process conditions. The Process Manager module of Automation connects to all your machines and records all data. The data is available in trends and reports and will never expire when you have backup media available.
Key features:
- Data visualization and storage
- Various reports and trends
- Unlimited data storage
Benefits:
- Increase quality
- Enhance food safety
- Improve your process
- All information in 1 platform
Plant controller
Plant Controller
Click here to watch video: GEA Food - Plant Controller
When you have a need to comply to trace-ability regulations, the Plant Controller of Automation can be used to record all material movements in your process. Barcode scanners are used to record all manual material additions and label printers are used to identify all materials discharged to bins/containers. The system allows you to search where materials where used and trace the process conditions for end products.
When you have an ERP system (i.e. SAP, MS Dynamics, etc.) the Plant Controller module can optionally be extended with an ERP interface that prevents double entry of recipes and material lists. The interface also reports production data back to your ERP system.
Key features:
- Tracking & Tracing
- ERP interfacing
Benefits:
- Increase quality
- Legislation compliancy
- Single point of data entry
- Real time material allocation
Production Commander
Production Commander
Click here to watch video: GEA Food - Production Commander Automation
The production commander module provides full automatic production via batch execution based on a process recipe.
A material and recipe editor will be available and recipes can be schedule in a production planning editor to dispatch batches to the batch execution system.
The system makes it possible to automatically discharge materials from silos, correct fat content and check manual material additions against the recipe.
After production, reports are available to check the process conditions of each batch.
Key features:
- Automatic batch control
- Recipe management
- Production planning
- Extended reporting
Benefits:
- Increase productivity
- Reduce wait times
- Reduce mistakes
- No calculations and paper on work floor
Downloads
GEA Insights
The breakthrough that changed spray drying
In 1976, NIRO engineers responded to a competitive challenge by rethinking what spray drying could do. Their idea became the multi-stage dryer MSD. Fifty years later, the same fundamental principle helps turn liquids into the powders used in essential nutrition products and important medicines around the world. Refined through decades of engineering expertise, customer insight and continuous development, MSD is a story of innovation with lasting impact.
Das Ganze im Blick: Wie Anlagen dauerhaft besser laufen
Eine effiziente Maschine macht noch keine effiziente Produktion. Echte Verbesserungen beginnen oft damit, den Blick über die einzelnen Anlagenelemente hinaus zu richten und zu verstehen, wie sich Prozesse, Energiesysteme und betriebliche Entscheidungen gegenseitig beeinflussen. Ein solcher ganzheitlicher Ansatz hilft beim Identifizieren von Potenzialen, die sonst verborgen bleiben.
Wie eine neue Ventiltechnologie die Produktion von Lebensmitteln und Getränken verändert
In der Lebensmittel- und Getränkeindustrie werden Ventile traditionell mit Druckluft betrieben. Die GEA Hydract®-Antriebstechnologie betätigt Ventile dagegen mit Wasser in einem geschlossenen, digital gesteuerten Kreislauf. Das Ergebnis: Ventile lassen sich präzise in jeder gewünschten Position halten und in fein abgestuften Schritten steuern. Dadurch sinken der Energieverbrauch und gleichzeitig steigt die Prozesskontrolle erheblich.
