Automation

Automated assembly line optimization

Overview:

This project focused on optimizing an existing assembly line through strategic automation implementation. The goal was to increase throughput, reduce human error, and improve worker safety while maintaining the flexibility to handle product variations and design changes.

Approach:

Our automation engineers conducted a comprehensive analysis of the existing assembly process, identifying bottlenecks and opportunities for robotic integration. Collaborative robots were deployed alongside human operators, with vision-guided pick-and-place systems and automated testing stations integrated into the production flow. A central MES system was implemented to coordinate all operations in real-time.

Technical specifications:

Robots: 6 collaborative robots (cobots)
Cycle time: Reduced from 45s to 17s per unit
Vision systems: 3D camera-guided assembly
Quality: 100% automated end-of-line testing
Integration: Full MES connectivity

Results:

The automated assembly line optimization exceeded all performance targets. Production throughput increased by 62%, while defect rates dropped to near-zero levels. Worker safety improved significantly with hazardous and repetitive tasks now handled by robots, and the line maintained full flexibility to accommodate product variations.