Fabricated Frame

Fabricated frames form the skeletal structure supporting everything from heavy presses to precision instrument assemblies, and their design directly impacts equipment performance and operator safety. Engineers calculate frame design using finite element analysis to ensure deflection remains within microns under full load, preventing misalignment that would compromise product quality or equipment lifespan.

A typical example is a welded frame supporting a 50-ton stamping press where plate thickness, gusset positioning, and beam selection are optimized to keep deflection below 0.015 inches across a 6-foot span, any greater movement would throw the press out of alignment and create scrap parts. Vibration characteristics are equally important; the frame must avoid resonant frequencies that match the press cycle rate, which could cause harmful oscillation and accelerated wear.

Our fabrication team leverages experience from hundreds of equipment frames to specify materials, joint configurations, and reinforcement strategies that deliver the rigidity and durability your machinery demands.