applied extrusion technology

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Spinning, radial riveting, spin riveting and peening are terms often used to refer to orbitforming, a cold-forming process that uses an orbiting tool to swage, head, crown, flare, or form a column or projection of malleable material for the purpose of fastening in assembly operations. The process is similar to impact and compression forming, applied where the tool applies a compressive axial load to permanently deform the part, according a designer, manufacturer, and integrator of forming, fastening and extrusion assembly systems The difference is that in orbital, the tool rotates at a fixed angle-typically 3 to 6 degrees-and applies both axial and radial technology forces to progressively move malleable material into a desired, predetermined shape. Unlike impact or compression forming, where the process is completed in a single pass, forming requires several tool revolutions and typically takes 1.5 to 3 seconds to complete. Additionally, most of the work during orbital is at the tool''s line of contact, not along the entire tool surface. The resulting small-contact area reduces axial loads by as much as 80 percent.

Purchase of First Flow Machine Development of Flowformed Components OUR COMAPNY Subsidiary Certification Objective Cold Forming is a specialized, multi-disciplined process applied and extrusion that can be described as "shaping metal at room temperature under extreme pressures--in our case from 50 to 3,000 tons. Key Benefits Net or Near Net Shapes Very Close Tolerances Work Hardening Improves Yield and Ultimate Tensile Strength Ability to Produce Unique and technology Diverse Shapes Fine applied Surface Finish Cost Savings Products Engine/Valve Retainer Components Automatic Transmission Components Brake Components Driveline Components Suspension Components Air Bag Components Specialized die design is the key to cold forming technology. Forming''s research has led to production dies that can run hundreds of thousands of pieces at extreme pressures, while maintaining very close tolerances. As a result, Dies can be designed to accommodate various degrees of molecular compaction yielding net or near net shaped components with surfaces that have a extrusion fine micro-finish. Our engineers can adapt many designs to cold forming production specifications. Metal technology constantly upgrades to the latest CAD/CAM hard and software to move your project through applied quickly, efficiently and on time. As your supplier partner we like to participate in the planning stages in an effort to determine cold forming specifications and requirements for parts long before extrusion they technology are even designed.

Cold forming, or cold heading, uses forces greater than a metal''s elastic limit to form shapes without causing scrap material. Since raw material can be the most expensive aspect of a part, cold forming is often a lower cost alternative applied to screw machining and other manufacturing methods. Benefits extrusion of Cold Forming Quality Improved strength and reliability through work hardening and an uninterrupted grain flow Improved surface finish over screw machined components Design Flexibility Unique and diverse shapes, including parts with multiple diameters, extrusions, blind holes and through holes Large head to shank ratios without secondary machining Eccentric or asymmetrical bodies possible Reduced Costs Reduced scrap rates High production rates Ability to form parts to a net or near-net shape, which requires fewer secondary operations to achieve finished form Allows multi-piece technology assemblies to be manufactured as a single component Cold forming often uses significantly less raw material for the same component.

We are the ultimate online resource for many different metal working jobs. We have the most knowledgeable employees and the best equipment available so we can get the job done right.