Fiix CMMS is a product of Rockwell Automation
Whether you want to organize assets and manage maintenance, or connect to enterprise systems and make data-driven decisions, Fiix CMMS works with you to provide the tools to move from reactive to preventive maintenance and beyond.
Fiix CMMS (Computerized Maintenance Management System) is the CMMS from Rockwell Automation that helps reduce downtime, cut maintenance costs and increase productivity.
The rich feature set and automatic relationships among information allow for a shorter implementation time and cost reduction.
Designed to scale with large and complex industrial operations, it can handle massive volumes of data, providing a unified and complete view of business operations.
Comprehensive reporting allows you to capitalize on available data and enable data-driven management of maintenance processes.
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CASE STUDY
The ultimate goal of the study was to optimize the Drift Chamber’s performance in terms of stiffness, strength and weight o be mounted on the Mu2e particle detector at FermiLAB in Chicago
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CASE STUDY
The text discusses the importance of digital simulation models in modern factory design and reconfiguration, particularly in response to shorter product lifecycles and increased customization demands. Traditional design methods often lead to inefficiencies and high costs, making digital simulation essential for creating flexible and adaptable production systems. The article highlights a case study involving a furniture assembly factory, where a manufacturer needed to efficiently handle a variety of custom kitchen cabinet orders. The system integrator was tasked with designing a robotic assembly line that could maintain production efficiency despite the high variety of products.
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CASE STUDY
A collaborative project between Nissan Technical Centre Europe, RBF Morph, and the University of Rome “Tor Vergata” showcases how multi-physics optimization is revolutionizing automotive wheel design, particularly for electric vehicles (EVs). By integrating styling, structural analysis, and aerodynamics within a unified workflow enabled by advanced mesh morphing technology (rbfCAE), designers can optimize wheels for lightweight, strength, and aerodynamic efficiency without compromising aesthetics.
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CASE STUDY
This article discusses a multi-objective optimization study to determine the optimal matrix for the routing of the actuating cable system in order to minimize the cable load on the robot and maximize the robot’s payload.
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CASE STUDY
The purpose of the case study was to implement a design methodology that used multi-disciplinary simulation and an automated process to analyse thousands of product configurations and highlight vehicle performance distributions in terms of handling, comfort, and cost. This approach ensures that the best solution is always selected.
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