Automatic cross-referencing with AI offers practical solutions to reduce costs and improve efficiency in MRO. UNITEC-D offers a certified e-catalog to integrate these solutions into…
AI-based self-diagnosis with smart sensors improves MRO efficiency by 42% in production. Implementation costs €150,000 and delivers ROI within 14 months. Discover the right sensors…
Artificial Intelligence (AI) offers an advanced solution to optimize MRO inventory levels, balancing stock costs with critical availability. This white paper details how AI predicts…
Introduction: The Challenge of Unplanned Downtime The modern production environment in the Benelux is under constant pressure to maximize operational efficiency and minimize unplanned downtime.…
Natural Language Processing (NLP) automates the classification of MRO tickets, improving operational efficiency and reducing downtime. This technology analyzes text descriptions to allocate maintenance resources…
The use of intelligent technical assistants based on Large Language Models (LLMs) and machine learning optimizes industrial maintenance. The integration of machine data and technical…
IntroductionMaintenance, repair and operations (MRO) is a pillar of industrial efficiency. Unexpected failures lead to costly downtime, particularly in aerospace and energy. The concept of…
The application of artificial intelligence in MRO catalogs transforms industrial maintenance, reducing specification errors by up to 93% and ensuring compliance with ABNT and INMETRO…
Introduction: the challenge of quality control of spare parts in the aerospace and energy sectors In the French aerospace and energy industries, the conformity of…
Speech recognition in industrial environments requires specialized AI models and edge computing to filter out background noise up to 105 dB(A). This technical analysis evaluates…
Computer vision and Optical Character Recognition (OCR) automate the identification of industrial components via nameplates. This technology reduces error margins on orders and significantly shortens…
Technical analysis on the application of Machine Learning algorithms to identify degradation patterns in industrial bearings. Evaluation of data architectures, performance metrics and plant implementation…
