Hydroformed Metal Bellows

We combine automated hydraulic forming and precision tooling to deliver stable geometry and repeatable bellows performance.

SUS316L, 321, 316Ti stainless steels, Inconel® 625/718, and Copper alloys.

SUS316L, 321, 316Ti stainless steels, Inconel® 625/718, and Copper alloys.

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Size Range

DN3-DN150

DN3-DN150

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Year

Since 2009

Since 2009

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Challenge

(01)

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Challenge

(01)

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Challenge

(01)

The process was proven, but consistency at scale was not.

High-quality hydroformed bellows depend on precise pressure control, tooling alignment, and repeatable forming cycles. Manual or semi-automatic operations introduce variability—limiting throughput, geometry stability, and production efficiency.

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Advantages

(02)

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Advantages

(02)

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Advantages

(02)

Automation changed the equation.

We engineered a fully automated hydroforming line that integrates tube feeding, tooling handling, pressure control, and cycle execution into a single closed-loop process. By removing manual die changes and operator-dependent steps, we achieve consistent geometry, stable wall thickness, and dramatically higher production efficiency.

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Key Features

(03)

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Key Features

(03)

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Key Features

(03)

Key Features of Hanovix Hydroformed Bellows


  • Ultra-small diameter capability (down to DN3)
    Automated forming enables stable production of very small-diameter hydroformed bellows, where manual processes typically struggle with consistency.

  • Single-ply and multi-ply bellows structures
    Supports both single-layer and multi-layer designs to balance flexibility, pressure capability, and fatigue performance based on application requirements.

  • Clean interlayer control for multi-ply bellows
    Controlled forming and handling processes ensure that interlayer interfaces remain clean and intact, avoiding trapped contamination between plies.

  • Stable convolution geometry
    Precise pressure control and tooling alignment produce uniform convolution profiles, contributing to predictable mechanical behavior.

  • Broad material compatibility
    Applicable to stainless steels, nickel-based alloys (including INCONEL® 625/718), and copper-based materials commonly used in hydroformed bellows.

  • End-to-end production workflow
    In-house capability covers forming, intermediate inspection, finishing, and final testing within a unified production system.

  • Quality system–driven manufacturing
    Production is governed by a structured quality management system, supporting traceability, process control, and repeatable output.

  • Helium leak testing capability
    Finished bellows can be helium leak tested to verify tightness for applications requiring controlled leakage performance.

  • Cost-competitive at production scale
    Automation-driven efficiency enables competitive pricing for medium- to high-volume programs without sacrificing process stability or quality control.

Hanovix hydroformed metal bellows combine fully automated forming, multi-ply structural control, and end-to-end quality validation to deliver consistent performance from DN3 micro sizes to mass-production volumes.

Other Products

© Hanovix Bellows

Other Products

© Hanovix Bellows

Other Products

© Hanovix Bellows

All products manufactured in-house to the same rigorous Hanovix standards of precision, cleanliness and reliability.