Custom Appliance Metal Stamping Services

Custom appliance metal stamping services involve engineering and producing stamped sheet metal components for appliance OEMs. Mansfield supports parts such as hinges, brackets, counterbalance elements, closure mechanisms, and motion control subassemblies. The process can include design collaboration, prototyping, tooling, progressive die stamping, single-stage stamping, fabrication, assembly, inspection, packaging, and production delivery.

Mansfield manufactures components used in residential and commercial appliances, including refrigerator door hinges, washing machine lid hinges, oven drop-down door hinges, dishwasher mechanisms, dryer door hinges, microwave mechanisms, counterbalances, lid stays, and soft-close closure components. Each program is custom-engineered for the OEM’s geometry, motion requirements, material needs, tolerances, and target cost.

Material capabilities include cold-rolled steel, stainless steel, aluminum, spring steel, and specialty alloys for high-temperature or corrosive environments. Stainless steel is especially relevant for food-contact appliance applications, while spring steel supports counterbalance assemblies. Material selection is based on strength, corrosion resistance, appearance, durability, forming behavior, and the operating environment of the appliance.

Yes. Mansfield builds and tests prototypes in-house before production tooling is cut. Validation can include force and torque measurement, motion arc review, cycle-life testing, environmental exposure, corrosion considerations, and hold-at-angle testing for counterbalances. This helps OEM engineering teams confirm performance, tactile feel, and durability before committing to full production tooling.

Mansfield supports production volumes from 5,000 components to 5,000,000+ components per program. High-volume programs can use progressive die stamping and benefit from more than 250,000 motion control components shipped weekly. Specialty or lower-volume programs can use flexible tooling and assembly approaches without standard catalog minimum-order constraints.

Pricing is quoted per program and depends on design complexity, material selection, tolerances, tooling requirements, assembly scope, inspection needs, and production volume. Mansfield also applies value engineering to help meet target unit economics. Tooling, prototyping, engineering support, and production costs are typically evaluated together during RFQ and program development.

Yes. Mansfield supports production transition, tooling transfer, supplier resourcing, and reshoring scenarios when an OEM needs continuity of supply. The team can relocate or qualify tooling, perform first-article inspection, validate production against existing specifications, and often value-engineer improvements while maintaining form, fit, and function compatibility.

Catalog hardware can work when an appliance can be designed around an existing component. Custom engineering is better when the application requires a specific torque curve, unusual geometry, premium feel, material compliance, tight space envelope, or lower unit cost at scale. Mansfield develops components around the appliance’s functional and commercial requirements.