Thin wall prototype metal spinning service(1-10K) and stamping service(>10K) for stainless steel, cold rolled steel, low alloy steel, commercial carbon steel, high strength carbon steel, spring steel,aluminum and more. Get Free Quote:[email protected]
 
 

CHINA CUSTOM METAL SPINNING COMPANY


BE-CU Spinning, Inc. is a privately owned, and owner operated china leading metal spinning company which specializes exclusively in metal spinning,stamping and tooling making.

CNC Metal SpinningDie ManufacturingLaser CuttingCylinder RollingCircle & Square ShearingCNC Turret PunchingDeep DrawingPrecision StampingCNC MillingCNC Turning


We excel in manufacturing high precision, high production custom metal cnc spinning parts and products to meet ISO 9001:2015 certification standards. Our precision spun shop services include CNC metal spinning, deep drawing, sheet metal spinning, multi-spindle laser cutting, and more. We machine a wide assortment of materials serving a variety of industries all from our plant located in zhongshan, China. Founded in 2007, BE-CU Spinning’s headquarters is located in Zhongshan , China which grew and developed until we expanded into our second location in 2012 in jiangmen, china. Since then, both of BE-CU Spinning’s locations have continued to expand while increasing our capabilities and techniques. Prototypes and low to high run production volumes are offered.

Capable of spinning parts with up to 120 in. diameter, +/- 0.0031 to 0.094 in. tolerance for commercial applications, and +/- 0.001 to 0.045 in. tolerance for special applications. Available in various sizes and shapes including dished, domed, flanged, hemisphere, semi-elliptical, tube cap, and trumpet.Serves electronics, aerospace, automotive, food, agricultural, retail, lighting, and medical industries. Assembly, painting, anodizing, and vacuum metallizing services are provided.Meets military specifications and ANSI or ASTM standards.

In 2024,BE-CU leads the metal spinning industry by producing custom concentric and symmetrical metal parts in production quantities.

About UsPlant ImagesEquipmentQuality (ISO certification)Tooling Library

METAL SPINNING COMPANY

Metal Spinning China - China Metal CNC Spinning 

PRECISION METAL SPINNING CHINA


BE-CU Spun is continually challenged with new materials, shapes and sizes. BE-CU’s ability to produce high quality parts quickly and with increasingly thicker materials – 3/4 inch steel for example – gives BE-CU preferred vendor status with many customers.Circle Shearing Size Capabilities – Up To 120 Inch Diameter:

Shearing Diameter Aluminum AlloyCU/FeSteel and SUSOther Alloy
Material Thickness(Inch) 0.19″-0.625″0.19″-0.39″ 0.19″-0.375″0.19″-0.250″
Wall Thickness diameter(Inch) 0.137-120.420.137-120.42 0.137-98.420.137-120.42
Altitude 0.196-590.236-55.21 0.236-47.590.236-55.21

Standard Tolerances Held


  • 24″ Finished Diameter ±0.032″
  • 36″ Finished Diameter ±0.060″
  • 48″ Finished Diameter ±0.090″
  • 72″ Finished Diameter ±0.125″
  • 96″ Finished Diameter ±0.186″
  • 120″ Finished Diameter ±0.236″

 

OUR CAPABILITIES FOR PROTOTYPING METAL SPINNING SERVICE


Our cutting-edge spun machines enable us to offer an array of prototype spinning processes, including but not limited to anodizing, stamping, plating, deburring, polishing, welding, and degreasing , threading, tapping, thread milling, and more. With the help of our advanced equipment, we ensure precise and accurate results throughout the spinning process, delivering high-quality prototypes that match your exact specifications.

 

CHOOSE FROM ENDLESS INDUSTRIAL SPUN METAL MATERIALS


BE-CU metal spun company is experienced in precision spinning various metals, allowing customers the freedom to specify parts,products and components different materials


Aluminum Spinning:  Aluminum is lightweight and corrosion resistant, but much more cost-effective than stainless steel.BE-CU spun company produces spun aluminum parts in both high quantities and in “one-off” custom spinnings. Spun aluminum is also often times a better alternative to aluminum metal stamping in low volume, short-run production!


Stainless Steel Spinning: BE-CU spun company knows how to work with the physical properties of stainless to create parts that are formed precisely, and maximize stainless steels most desirable attributes – extreme corrosion resistance and excellent strength.Mastering technical challenges while maintaining an uninterrupted reliable supply is an important core competency at BE-CU spun company.


Brass Spinning:  Brass is easily workable and corrosion-resistant, makes it countless industries and applications can benefit from metal spun brass, including pipes and fittings, musical instruments, and different commercial products.BE-CU can expertly spin any number of varying brass products, resulting in seamless, perfectly crafted, attractive, functional parts.


Copper Spinning: In the pursuit of beauty and functionality, the industries of lighting, ornamentation, and decoration frequently turn to the art of copper spinning. This ancient craft transforms copper into objects of desire such as lamps, both indoor and outdoor fountains, lanterns, and chandeliers. Moreover, the enduring appeal of copper extends to our kitchens, where it finds its place in the form of measuring cups, colanders, pots, pans, and bowls. This is not merely for its radiant allure but also for its remarkable resistance to heat, its longevity, and its enduring strength.


Steel Spinning: Steel spinnings, often referred to as mild carbon steel spinnings, possess a robustness and rigidity surpassing that of their stamped metal sheet counterparts of equivalent thickness. At the core of metal spinning lies the art and strength of steel spinnings. As BE-CU Spun Company strides forward, embracing new technologies to meet the evolving demands for steel spinnings, we remain firmly anchored to our foundational mission: delivering to our customers the pinnacle of quality in steel metal spinnings.

 

Many Technologies, One Standard: On-Time Quality
Our custom metal spinning services are bolstered by our extensive BE-CU machine library and general breadth of metal froming technology. Few can match BE-CU in adherence to exacting specifications, or in the re-creation of complex geometries for high volume cutting of all types of specialized material parts.See examples of our precision spun parts on our Products Page


3D Printing Cones vs Metal Spinning Cones

This article provides a comprehensive comparison between 3D printing and metal spinning for the production of conical components, highlighting the advantages, limitations, and practical applications of each method. Read more

Forged, Cast, or Spinning: Which is Lighter, Which is Stronger?

Today, I’m kicking off a two-part series on aftermarket wheels with a detailed FAQ. This article will dive into the more technical aspects, the ones better suited for text and images than video. Let’s get started. Read more

Creating Unique Phone Casings with Metal Spinning Technology

When it comes to full-metal phone casings, the first thing that often comes to mind is the unibody CNC spinning process. In this method, a solid aluminum block is die-cast into a columnar shape and then precisely machined to form the initial shape of the unibody casing. Read more

Finite Element Simulation Study of the Misalignment Spinning Defect of Cylindrical Parts

This article delves into the finite element simulation study of the misalignment spinning defect of cylindrical parts, offering a comprehensive overview of the methodologies, findings, and practical applications. Read more

Hot Spinning Forming Method of Heterogeneous Titanium Alloy Thin-Walled Tubes in Cross-Phase Regions

The hot spinning forming method is a critical process in the manufacturing of heterogeneous titanium alloy thin-walled tubes, particularly in cross-phase regions. Read more

The Effect of Cold Spinning Processing Thinning on the Strength of Elliptical Heads

This article delves into the intricate relationship between cold spinning processing thinning and the strength of elliptical heads, exploring the underlying mechanisms, material behavior, and engineering considerations. Read more