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By adopting eco-friendly and digital solutions across production, operations, administration, marketing, and sales, businesses can reduce their environmental impact while enhancing and market appeal. Embrace these efficiency strategies to position your company at the forefront of the green economy. Embrace these strategies to position your company at the forefront of the green economy.

OUTBOUND LOGISTICS

Activities involved in converting the inputs into finished products and services. This includes manufacturing, assembling, packaging and testing.

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CUSTOMER SERVICE

Supporting and enhancing the product or service after sale, including customer support, warranties, repairs and maintenance.

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OPERATIONS

The process of transforming inputs into finished goods or services, including tasks like manufacturing, assembling, packaging and testing.

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MARKETING & SALES

Promoting and selling products or services through activities like advertising, sales efforts, pricing and managing distribution channels.

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INBOUND LOGISTICS

Receiving, storing, and managing materials or inputs that are essential for the production process.

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INFRASTRUCTURE

Company-wide systems and structures that support the entire value chain, such as finance, accounting, legal and organizational structure.

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HUMAN RESOURCE MANAGEMENT

Recruiting, training and managing the company's workforce.

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TECHNOLOGY DEVELOPMENT

Engaging in research, innovation and technological advancements to improve products or services.

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PROCUREMENT

Sourcing and purchasing materials or inputs required for production.

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University of Ljubljana, Faculty of Mechanical Engineering
Infrastructure
Greene 4.0
Country: Slovenija

Focus area: Green, Digital

Expertise

Market areas:

Electronics
Food & Beverage
Pharmaceutical & Chemical
Metal
Plastics & Rubber
Machinery & Equipment
Building materials & Furniture

Type of technological solutions that can be tested in center:

Digitalization and Connectivity
Automation and Robotics
Data Analytics and Artificial Intelligence
Waste reduction and Recycling Technology

Description of center’s mission and objectives

The SMART FACTORY DEMO CENTER (DC1) is used for different activities: Pedagogical work (education of students in the field of production engineering) Development/research work in key areas covered by the laboratory (smart factory concepts and architecture, distributed systems, edge computing and 5G technology, digitalization of production systems and processes, Education, development/research work, workshops and trainings for companies (test before invest, demonstration of key technologies, skills and competences gain). It is developed and built according to the principles of Industry 4.0 (I 4.0) and provides the possibilities for basic and applied research of all key technologies I 4.0 and logistics.

Description of center’s facilities and equipment

The SMART FACTORY DEMO CENTER features a modern, self-configurable production line, industrial and collaborative robots, an automated smart rack warehouse, machine vision systems, RFID, edge computing devices, and a smart, self-adaptive, and self-configurable manual assembly cell with the LPM (LASIM Production Management) system, supported by visualization, etc. Several technologies and approaches can be demonstrated and tested, such as connectivity, communication and data transfers between distributed production nodes, 5G in terms of BIG Data transfer and reliability (data capturing, processing, and transferring in real-time ), digital twins of processes, and digital agents (AI) integrated at different levels (global, local, etc.), distributed production control, and VR and AR in assembly.

1.Assembly production line, controlled by Beckhoff controller, with 6 automatic assembly stations (RPI for EDGE, NFC for ID, LAN/WiFi for OPC UA) with integrated local intelligent. 2.Automated warehouse of base parts and finished products (RPI for EDGE, NFC for ID, LAN/WiFi for OPC UA). 3.2x industrial robot MOTOAN HP6 and P20 with several tool changers. 4.RFID tracking system integrated in assembly production line. 5.1x collaborative robot Franka Emika. 6.Smart assembly station (RPI for EDGE, NFC for ID, LAN/WiFi for OPC UA) and LPM software for worker guiding. 7.3x Machine vision system (safety, quality control, stock/warehouse part detection). 8.PC with Digital Twin platform. 9.VR glasses (Digital Twin in VR for customers that need better visualization of planned on current production line). 10.AR glasses (mainly used for digital instruction visualization for guiding the workers in manual assembly processes). 11.Siemens Plant Simulation software – development of 2D and 3D models of the production lines and factories in order to simulate and optimize production process, material flow and logistics. 12.Thinksboard (HMI development, visualzitazion) 13.HPC – to execute calculations in real time.

https://web.fs.uni-lj.si/lasim/index.php?page=laboratorij

Highlighted Reference

University of Ljubljana, Faculty of Mechanical Engineering's Services, Trainings, Solutions