Custom V-shape Springs


  • Material: SUS304 stainless steel (AISI 304), renowned for its superior mechanical strength, formability, and resistance to corrosion.
  • Production Procedure: Accurate CNC wire forming, trimming, and deburring
  • Quality Standards:
         *Every bending segment is free of fractures.
         *To remove any sharp burrs, all cut edges were deburred.
         *Strict control over dimensional correctness within predetermined tolerances

Are You an OEM Manufacturer?

Yes

Product Overview of Custom V-shape Springs

Custom v-shape springs designed for equipment functioning and design post integration is the SUS304 precision formed wire component. Made from premium SUS304 stainless steel, it satisfies the exacting demands of industrial equipment, automation systems, and precision machinery assembly by combining precise wire forming, stringent dimensional control, and exceptional material performance.

Core Specifications of Custom V-shape Springs

ParameterSpecification (mm)Tolerance
Total Length (A)26±0.8
Side Width (B/C)12±0.8
Total Height (J)80
Bottom Section Height40
Bottom Radius (G)R8
Top Radius (E)R4
Angle (F)20°
Wire Diameter4
Side Length (K)30

Key Performance & Design Advantages of Custom V-shape Springs

  • Better Mechanical and Corrosion Performance
    In humid, hot, or industrial settings, SUS304 stainless steel offers outstanding resistance to oxidation, corrosion, and environmental damage, guaranteeing long-term dependability. Additionally, the material has a high tensile strength and can withstand repeated loading or mechanical stress without losing structural integrity.
  • Accurate Forming & Dimensional Uniformity
    Every component, including crucial measurements like total length and side width, is guaranteed to satisfy strict tolerances thanks to CNC-controlled wire shaping. This accuracy eliminates fit-related assembly problems by ensuring flawless fit and interchangeability in client assemblies.
  • Smooth Finish & No Cracking
    Our unique forming technique ensures structural integrity by preventing material fatigue and cracks at all bending radii (R4 and R8). To improve product safety and lower assembly hazards, all cut edges are completely deburred to eliminate sharp burrs. 
  • Adaptable Design for a Range of Uses
    The distinctive profile, which has a tapered shape, varied radii, and a 20° angle, is designed to meet certain equipment operation and integration needs. Additionally, flexible installation in a variety of assembly configurations is made possible by the open-ended architecture.

Manufacturing & Quality Assurance of Custom V-shape Springs

  • Precision Forming: Cutting-edge CNC wire forming machinery guarantees consistent accuracy throughout large-scale manufacturing.
  • Process Control: To ensure uniformity, bending angles, radii, and dimensions are closely monitored. Examination procedures include dimensions verification against the customer’s drawing and a 100% visual examination for burrs and cracks.
  • Material Compliance: SUS304 raw materials are fully traceable, and test results for mechanical and chemical composition are accessible.
  • Support for Customization: Adaptable production for special sizes, shapes, and material upgrades (such SUS316) to satisfy particular application requirements.

    Why Choose KENENG as Your Supplier of Custom V-shape Springs

    • 20+ Years of Experience: Extensive knowledge of precision hardware manufacture and stainless steel forming.
    • Complete control over the operations of forming, trimming, deburring, and quality testing are examples of in-house capabilities.
    • Reliable Quality: Strict compliance with client standards, such as those for deburring and crack-free forming.
    • Global Support: Services related to international trade, such as account management, documentation, and logistics.
    • Flexible Production: Able to manage high-volume orders and prototypes with reliable lead times.

    Applications of Custom V-shape Springs

    Custom v-shape springs are perfect for usage in:

    • Automation and production line assemblies
    • Precision instrument and device integration
    • Food processing and medical equipment (where corrosion resistance is crucial)
    • Industrial machinery and equipment operation mechanisms
    • Custom mechanical locking, positioning, or actuation systems

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