Custom-Engineered DesignBuilt for Your Components
Strong & Reusable StructureReliable for Long-Term Use
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Custom-Engineered DesignBuilt for Your Components
Strong & Reusable StructureReliable for Long-Term Use
Efficient Material HandlingFaster Storage & Transport
Custom-Engineered DesignBuilt for Your Components
Strong & Reusable StructureReliable for Long-Term Use
Efficient Material HandlingFaster Storage & Transport

Stillage Racks for Sheet Metal & Stamping Parts

Mr. Wang
Production Manager · 13 yrs, metal fabrication & quality control
Published 2026-07-07 · Updated 2026-07-22
TL;DR

Stillage racks for sheet metal and stamped panels must support each panel across its span on part-shaped cradles, protect edges and surfaces with cushioning, and separate every part with dividers — preventing sag, dents, scratches and nesting.

Stillage Racks for Sheet Metal & Stamping Parts

Sheet metal and stamping parts — panels, brackets, pressed components — are large, springy and easily dented, scratched or deformed. A stillage rack for them has to support the panel across its span, protect its edges and surface, and keep parts separated. Here is how to design one.

Multi-tier stillage rack holding stamped automotive parts with dividers
A HAOFU multi-tier stillage holding stamped parts on cushioned, part-shaped supports.

What sheet metal parts need

Design requirements for a sheet-metal / stamping stillage.
RequirementWhy
Full-span supportLarge panels sag or deform if only edge-supported
Part-shaped cradlesHold each panel in its natural orientation, no flexing
Edge & surface protectionPrevent dents, scratches and burr damage
Part separationDividers stop panels rubbing or nesting into each other
Stack & returnSave floor space loaded and freight when empty
Panel size,weight & shape Cradles &protection Sample &fit-check Damage-freetransport
Designing a sheet-metal stillage — from panel data to a damage-free, tested carrier.

Design principles

  • Support the span with cradles shaped to the panel, not just the edges.
  • Protect contact points with EVA foam, rubber or plastic where the part rests.
  • Separate every part so panels never rub, nest or transfer marks.
  • Design for handling — forklift or caster base, and stack/fold for space.

Safe handling of loaded panel stillages follows OSHA materials-handling practice, and the rack is engineered and load-tested under our ISO 9001 quality system.

See the protection materials in detail in protecting painted & plastic parts, and the load side in stillage load ratings & stacking safety.

Build a sheet-metal stillage

HAOFU designs stillage racks around your panels and stampings. Explore our racks & stillages, or send your panel drawings for a damage-free, returnable design.

Frequently Asked Questions

How do you store sheet metal parts without denting them?
Support each panel across its span on part-shaped cradles rather than just its edges, add EVA foam or rubber at contact points, and separate parts with dividers so they never rub or nest — all engineered into the stillage.
Why do sheet metal panels need full-span support?
Large panels are springy and will sag or take a permanent set if only edge-supported. Cradles shaped to the panel hold it in its natural orientation so it does not flex or deform during storage and transit.
Can one stillage hold different stamped parts?
A stillage is engineered around a specific part or family of parts using shaped cradles and dividers. It can be designed with adjustable or multi-part supports, but the safest fit and protection come from designing around the actual panels.
How are the sheet metal parts protected in the rack?
Through part-shaped cradles, EVA foam / rubber / plastic at every contact point, and dividers that separate each panel — so edges and surfaces are protected from dents, scratches and burr damage throughout handling.

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