- Engineering & Technology
Phone: (+34) 943 212800
Industrial automation is moving towards more flexible and intelligent environments, where interaction between humans, machines, and autonomous systems is key. In this context, we have developed a technological asset in collaborative mobile robotics, designed to optimize processes in logistics, machine tending, clearing, obstacle collection, assembly, polishing, and on-site metrology/NDT testing, among others.
Unlike traditional automation, this system is interoperable, scalable, and agnostic to any robot manufacturer, allowing seamless integration between different agents on the plant floor. Its orchestration software provides fast and flexible adaptation to each process without redesigning automation for every specific task. Additionally, its mobility across different locations maximizes operational efficiency and reduces investment in additional equipment.
Problem solved
Traditional automation systems are rigid, costly, and poorly adaptable to variable or low-repetition processes. Moreover, integration between different robot brands and interaction with operators remains a challenge, resulting in high reconfiguration costs, operational errors, and difficulties in training and staff adaptation.
This technological asset enables flexible and interoperable automation, reducing setup times, optimizing resources, and improving efficiency in dynamic industrial environments.
Equipment
- Identification and sorting station: Photoneo MotionCam-3D L + Infaimon In-Picker with DL
- MoMa mobile handling system (Robotnik RB-VOGUI + UR10e) for transporting products and parts between stations
- Hyperspectral inspection station: Specim FX17 + LabScanner 100x50
- Dimensional reconstruction station: LMI Gocator 5516 Confocal + UR10e
- Handling and disassembly station: Kuka LBR iiwa 14 R820
- Auxiliary components: conveyors, storage bays, and line safety and control systems
- Replication and analysis of WEEE recycling lines in a laboratory setting
- evaluation of automation solutions (machine vision, fixed and mobile robotics) for sorting, inspection and dismantling
- development and validation of algorithms for recognition, 3D reconstruction and dismantling planning
- technical and economic feasibility studies and support for digital transformation decisions in recycling plants
- demonstration systems and advanced training in recycling automation and the circular economy
CEIT
Miramon Building, Parque Tecnológico de San Sebastián, Paseo Mikeletegi, Nº 48, 20009, Donostia - San Sebastián, SPAIN
Robotics and automation:
- Advanced robotics
- Advanced manufacturing technologies
Application sectors
- Capital goods
- Industrial manufacturing
- Foundry and steelmaking
- Waste recovery
Industry Plan
- IRABAZI · Advanced manufacturing
- IRABAZI · Metallurgy
