- about the project
Project Overview
The primary goal was to enhance UNIL’s operational efficiency by delivering a reliable and fully automated system capable of handling both cages and their covers. The system needed to streamline the cleaning workflow, ensure user-friendly operation, and comply with the highest benchmarks for sustainability, safety, and technical performance.
Industry
System
Installation
Application
- Implementation
Final Solution
Thorough testing and commissioning were carried out to validate the system’s performance, safety, and seamless integration with existing infrastructure. The software architecture unified all subsystems, enabling synchronized operations and real-time performance monitoring.
Spanning seven months, the project commenced with detailed thermal, electrical, and mechanical planning, underpinned by a comprehensive risk assessment. The engineering phase systematically addressed operational constraints, including daily cage throughput and material handling requirements.
During manufacturing, TCI developed a robust automation system using premium components that met international standards. Installation involved meticulous calibration and integration, ensuring minimal disruption to UNIL’s ongoing operations and delivering optimal system performance.
- the result
Final Result
The final system delivered significant improvements in both workflow and compliance :
- Streamlined cage process, reducing manual labor and increasing throughput
- Fully automated workflow ensuring consistency and hygiene standards
- Sustainable and compliant with strict environmental and safety norms
- Operator friendly interface simplifying daily operations, reducing training time
- Reliable system built for long-term performance with minimal maintenance
This project illustrates how TCI Engineering combines custom automation expertise with a deep understanding of client-specific operational environments.
