Manufacturing capability
Hydroforming
Hydroforming is a metal forming process that uses controlled fluid pressure to shape tubes or sheets against forming dies. It is commonly used for automotive structures, tubular assemblies, aerospace components, and complex metal parts requiring integrated geometries, reduced assembly operations, and efficient material utilization.
Related process: Metal Forming
Manufacturing overview
Hydroforming uses pressurized fluid to deform metal into a specified geometry.
The two main categories are tube hydroforming and sheet hydroforming.
Tube hydroforming expands or reshapes tubular material inside a die, while sheet hydroforming uses fluid pressure to form sheet metal against tooling.
Typical applications include automotive structural components, exhaust assemblies, tubular frames, aerospace structures, and complex industrial panels.
Suitable materials include aluminum, carbon steel, stainless steel, and selected ductile alloys.
Hydroforming can create complex shapes that may otherwise require multiple stamped or welded components.
Manufacturing feasibility depends on material formability, initial geometry, pressure requirements, lubrication, tooling design, and wall thickness distribution.
Critical design considerations include thinning, bursting, wrinkling, corner radii, and dimensional repeatability.
Buyers should provide CAD models, material specifications, starting tube or sheet dimensions, tolerance requirements, production quantities, and functional expectations.
Inspection may include dimensional measurement, wall thickness verification, leak testing where relevant, and forming-defect evaluation.
Metraxio supports hydroforming RFQs for complex formed metal components and integrated structural assemblies.