OEM Manufacturing provides cold heading manufacturing services for OEMs, contract manufacturers, and industrial buyers requiring high-volume, precision metal components. Cold heading is one of the most efficient and cost-effective forming processes for producing fasteners and engineered parts with consistent dimensional accuracy.
Through established global manufacturing partnerships and disciplined engineering oversight, we deliver cold headed components built to exact customer specifications. Our programs support both standard and custom fastener production across a wide range of materials and performance requirements.
Cold heading, also known as cold forming, is a high-speed manufacturing process that reshapes metal wire or rod into specific geometries without removing material. Unlike machining, which cuts away material, cold heading displaces metal under compressive force to form the desired shape.
The process improves material grain structure and mechanical strength while minimizing scrap. Because no material is removed, cold heading is often significantly more economical than traditional machining for high-volume production.
Cold heading is especially well-suited for large production runs. Tooling is engineered to produce consistent parts with minimal variation, allowing for rapid cycle times and reduced per-piece cost once tooling investment is amortized.
OEM Manufacturing supports short-run development programs as well as high-volume OEM production. Tooling configurations are selected based on geometry, material type, tolerance requirements, and annual volume projections.
Cold heading is widely used to manufacture fasteners and specialty hardware components across multiple industries.
Many cold headed components are integrated into our industrial fasteners programs or engineered as made-to-print fasteners for proprietary applications.
Cold heading supports a broad range of industrial materials selected based on strength, corrosion resistance, and environmental exposure.
Carbon steel, alloy steel, stainless steel, aluminum, copper, brass, nickel alloys, and specialty metals are commonly used in cold formed applications.
Material selection is evaluated during engineering review to ensure performance standards align with mechanical load and environmental conditions.
In addition to primary cold forming, OEM Manufacturing offers secondary machining and finishing processes to meet final dimensional and performance specifications.
These integrated operations reduce supplier complexity and deliver installation-ready components.
Cold heading provides several manufacturing advantages compared to machining or casting.
Because the process strengthens material through deformation, cold headed parts often demonstrate improved fatigue resistance compared to machined alternatives.
Cold headed components can be incorporated into contract assembly programs or prepared through contract packaging services to streamline procurement and logistics.
Cold heading is a metal forming process that reshapes wire or rod stock into specific geometries using compressive force without removing material. It is commonly used to produce fasteners and high-volume precision components.
Cold heading forms metal by displacement rather than cutting. Machining removes material, which generates waste and increases cost. Cold heading improves material grain structure and is more efficient for high-volume production.
Bolts, screws, rivets, studs, pins, threaded inserts, and custom metal components are commonly produced using cold heading.
Yes. Cold formed components can undergo threading, CNC machining, heat treatment, plating, and coating to meet final performance requirements.
Discuss your specifications, volumes, and sourcing objectives with our team. We provide fast, detailed responses supported by technical review and market-based pricing.
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