+7
Manufacturing location worldwide
EFESO supported a global leader in pre-engineered steel buildings in designing a greenfield steel fabrication plant, unlocking efficiency through automation, optimized flows, and Industry 4.0 integration.
Industry: Industrial Manufacturing
Service: Digital & Ai
Service: Factory Planning
Service: It Strategy and Business Processes
Service: Manufacturing
Service: Smart Factory
The client is a leading manufacturer of pre-engineered steel buildings (PEB) and structural steel solutions, expanding with a greenfield plant in Saudi Arabia targeting 140,000 tons per year.
+7
Manufacturing location worldwide
615 MT
Annual capacity
+5 K
Employees worldwide
In collaboration with our client EFESO was aiming to design future-ready and fully integrated factory from the ground up, combining performance, scalability, and digitalization.
This ambition introduced several key challenges:
The future factory concept enabled major efficiency gains with short payback time.
-26%
FTE
-50%
Throughput time
~1.6
Years payback
EFESO deployed a structured, end-to-end factory planning approach, combining benchmarking, deep process analysis, and data-driven design to develop a future-ready production system together with key stakeholders.
Benchmarking & Diagnostics
→ Assessed production and logistics performance at reference plants in India
→ Identified best practices and improvement potential across core processes
Value Stream & Process Optimization
→ Conducted value stream mapping (VSM) and detailed process deep dives
→ Analyzed key production areas including robotic welding, blasting, painting, and intralogistics
→ Identified inefficiencies and defined optimized end-to-end production flows
Technology & Automation Strategy
→ Evaluated 68 technologies and 43 system configurations
→ Assessed automation solutions for blasting, painting, and robotic welding
→ Defined optimal automation levels based on performance and investment trade-offs
Production Segmentation & Layout Design
→ Segmented production into high-, mid-, and low-runner streams
→ Developed and compared four layout variants using weighted criteria
→ Selected a decentralized, segmented flow layout to optimize material flow and efficiency
Digitalization & System Integration
→ Defined target picture for digitalization and Industry 4.0
→ Designed MES/MIS architecture and selected core operational systems
→ Ensured alignment between production processes and digital infrastructure