IntroductionThin wall stainless steel spinning forms seamless, axisymmetric components from austenitic and ferritic stainless blanks typically ranging from 0.4 mm (0.016 in) to 2.0 mm (0.080 in) in starting thickness. Manufacturing lightweight shell components—such as food-processing hoppers, pharma

IntroductionLarge-diameter metal spinning focuses on forming wide, seamless axisymmetric components ranging from 1,000 mm (approx. 40 in) to over 4,000 mm (160 in) in outer diameter. Manufacturing big-shell components—such as municipal water treatment bellmouths, agricultural silo covers, aerospace

IntroductionCopper spun domes are specialized, seamless hemispherical and parabolic shells utilized across high-performance industrial sectors, including distilling equipment, brewing kettles, thermal dissipation housings, architectural roofing cupolas, high-voltage electrical hardware, and cryogeni

IntroductionMetal spinning is a core manufacturing process for the architectural, commercial, industrial, and residential lighting industries. From deep-parabolic LED reflectors and commercial high-bay housings to decorative pendant shades, sconce housings, and ceiling canopy plates, OEM lighting ma

IntroductionWhile metal spinning historically originated as a craft-based, manual process for low-volume prototype development, advancements in multi-axis CNC lathes, robotic pick-and-place automation, and automated lubrication systems have established metal spinning as a highly scalable mass-produc

IntroductionSpun hemispheres are foundational spherical components used across pressure vessel manufacturing, aerospace tankage, architectural lighting domes, satellite dish feeds, cryogenic storage, and high-end industrial equipment. Forming a true 180-degree spherical dome from a flat sheet metal

IntroductionSpun copper parts are essential conductive components used throughout high-voltage electrical distribution, power transmission equipment, industrial switchgear, vacuum interrupters, induction heating systems, and specialized electrical connectors. In high-current applications, contact as

IntroductionPolished spun metal parts serve as key functional and aesthetic components across architectural lighting, pharmaceutical processing, aerospace, luxury commercial hardware, and food-grade equipment. Because metal spinning is a chipless forming process that progressively flows metal over a

IntroductionTransforming a 2D engineering drawing or 3D CAD model into a production-ready spun metal component requires a structured bridge between theoretical design and physical metal deformation. Unlike subtractive machining, where material is removed from a solid block, metal spinning dynamicall

IntroductionAluminum spun reflectors are the optical backbones of high-performance architectural fixtures, commercial downlights, street luminaires, stage lighting, and industrial bay fixtures. In optical manufacturing, metal spinning is the preferred production method for parabolic, elliptical, sph