Value Added Metal Fabrication Engineering

Value-added engineering is a collaborative process where an in-house engineering team reviews a part's design to improve manufacturability, reduce material waste, and lower production costs without sacrificing quality. It includes tool and die design, offline robotic programming, and design-for-manufacturability input applied before parts reach the shop floor.

Value engineering focuses on balancing product function, cost, and quality across a part's full life cycle, while design for manufacturability (DFM) targets specific design changes that make a part easier and cheaper to produce. Alliance Fabrication and Manufacturing applies both approaches together during the value-added engineering process.

Alliance offers in-house tool and die design, offline robotic welding programming, sheet metal assembly and kitting, and raw material sourcing alongside core fabrication services like laser cutting, welding, and metal forming. These value-added services reduce lead times, simplify supply chains, and lower total project costs for customers.

Offline robotic welding programming lets engineers program a robotic welding arm's movements on software before the job reaches the shop floor. This reduces machine downtime, allows testing of multiple weld scenarios, identifies design issues early, and speeds up production without interrupting active manufacturing lines.

A common example is refining a part's tooling design before production starts. Our engineers build solid models and program offline robotic welds in advance, catching potential collisions or costly geometry issues before fixture build. This reduces scrap, shortens lead time, and lowers total production cost without changing the part's function.