Operational Strategy & Optimization
Optimizing Assembly Strategy for Cost and Efficiency
One of the most critical decisions in any large-scale project isn’t what to build—but how to deliver it. Afton evaluated assembly strategies at a system level, identifying where value could be created through smarter production and logistics decisions. The result was a hybrid model that balanced cost, efficiency, and execution.
Insight
The challenge
The project required a strategic decision between assembling components on-site or pre-assembling them at the factory.
Each option carried trade-offs. Factory assembly could reduce installation time but increase shipping costs and risk of damage. On-site assembly offered flexibility but required more labor and introduced variability. The challenge was finding the right balance across multiple product categories without compromising efficiency or cost.
UNDEFINED ASSEMBLY STRATEGY
COST VS. EFFICIENCY TRADE-OFFS
INSTALLATION RISK & COMPLEXITY
strategy
the afton approach
Afton conducted a detailed evaluation of assembly scenarios, analyzing cost, logistics, labor requirements, and risk across each component type.
Rather than committing to a single approach, Afton implemented a hybrid assembly strategy. Components that benefited from pre-assembly were completed at the factory, while others were flat-packed to optimize shipping efficiency. Packaging was designed to align with installation sequencing, ensuring that materials arrived ready for streamlined deployment.
impact
the outcome
Through detailed cost and logistics analysis, Afton implemented a hybrid assembly strategy that balanced factory efficiency with on-site flexibility. Components were selectively pre-assembled or flat-packed based on what delivered the most value.
This approach reduced on-site assembly time while keeping shipping efficient and manageable. Packaging was aligned with installation sequencing, allowing crews to work more efficiently in the field. The result was a smoother execution with fewer delays, lower risk, and improved coordination across the project.
Strategic Assembly Planning
Afton evaluated multiple assembly scenarios to determine the most efficient balance between factory and on-site work.
Hybrid Assembly Model
A tailored combination of pre-assembled and flat-packed components optimized both shipping efficiency and installation speed.
Reduced Installation Complexity
By aligning assembly decisions with installation workflows, the overall complexity of on-site execution was significantly reduced.
Improved Project Efficiency
The optimized approach minimized delays, reduced labor demands, and improved coordination across all project phases.