factoryNET

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Digitization of production processes

factoryNET represents a step forward in the digital transformation of a specific industry of manufacturing. It advances real-time gathering, exchange and processing of sensing data, develops data analytics solutions and proposes novel preventive and predictive maintenance techniques, thus reducing the probability of occurrence of product defects and overall, efficiently increasing productivity of the manufacturing process as well increasing the health and safety of the workers.

Improve worker safety
Improve worker safety

Advanced data and decision-making capabilities to improve workplace safety

Predictive maintenance of machinery

ML/AI algorithms process the acquired data and provide relevant insights

Tailored to your needs
Tailored to your needs

Custom setup for specific manufacturing operations

Improve operational efficiencies

Supporting all production processes and checking step by step contributes to more efficient process control

Turnkey solution

All necessary hardware and software components are integrated and delivered

Real-time collection and processing of operational data
Real-time collection and processing of operational data

Enables real-time monitoring and optimization of production processes and asset utilization

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Machine monitoring

Kitchenware production

Bottle labelling

Bottle labelling

Safe workplace

Safe workplace

Workflow management

Workflow management

Computer vision

Computer vision

Machine monitoring
Monitoring operation of machines
Problems:
  • Not able to automatically monitor utilization of machines
  • Not able to automatically monitor performance of machines
Solution:
  • Monitoring vibration of machines
  • Monitoring audio/noise patterns of machines and using ML to identify critical changes and events
  • Collecting information from attached sensors (counters)
  • Collecting electric energy consumption of each machine
Improving enamel kitchenware production process
Problems:
  • Empty or not adequately populated trolleys carrying kitchenware items through furnaces resulting in poor utilization of electric energy per kg of kitchenware manufactured
  • Kitchenware items falling-off the trolley in furnace are not detected
  • No real-time notification on the utilization of trolleys
  • No real-time calculation of KPIs
Solution:
  • Monitoring vibration of machines
  • Monitoring audio/noise patterns of machines and using ML to identify critical changes and events
  • Collecting information from attached sensors (counters)
  • Collecting electric energy consumption of each machine
Bottle labeling
Bottle labelling process monitoring and optimization
Problems:
  • The use of adhesives in the bottle labelling process must be optimized
  • Real-time/continuous monitoring of key parameters required to save time in case of troubleshooting (over consumption, adhesive quality
Solution:
  • Edge system (micro-controller, weighing scales, bottle counters, video cameras, temperature sensors, router, operator app) combined with cloud functionality to monitor key parameters and generate notifications when required
Ensuring safe working environment
Problems:
  • Enforcing the use of protective clothing on the factory floor
  • Automatic notifications in case of presence in restricted areas
  • Working conditions/environmental parameters affecting health and performance of workers on the factory floor not known
Solution:
  • Monitoring compliance (protective clothing, presence) using ML/computer vision
  • Monitoring air temperature and humidity, air quality and noise at selected locations in factories
Workflow management
Enabling interaction between machines, people and processes
Problems:
  • Paper and email-based interaction between factory floor workers and management slow, inefficient and difficult to track. Real-time, actionable interaction required
  • The ability to import data from machines and about machines into working processes required together with the ability to create and change working processes without dependance on IT teams required
Solution:
  • Digital passports of machines created
  • QR codes provide unique identities to machines and links to info in digital passport
  • Mobile app: 1) scanning QR codes to obtain information about machines, 2) enabling creation of notifications related to the scanned machine
  • Rules for distribution of messages defined and maintained in a cloud-based workflow process manager (Camunda)
Computer vision
Automatic reading of measurements from analog and/or not connected instruments
Problems:
  • Not able to remotely monitor manufacturing processes
  • Instruments not connected and too costly to upgrade/connect each
Solution:
  • Standard video camera in combination with computer vision models used to monitor instrument readings and trigger notifications

Enterprise grade

Microsoft Azure cloud and SAS Viya 4 analytics-based, ensuring security, scalability and reliability.

Hardware components

  • EdgeML gateway
  • LoRaWAN gateway
  • Vibration sensors
  • Air quality sensors
  • Noise sensors
  • Indoor environment sensors
  • Video cameras
  • Weighing scales
  • Temperature probes
  • Water meters
  • Bottle counters
  • Power consumption

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