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    ChatGPT Image Mar 3, 2026, 05_05_15 PM

    Workholding & Fixture Solutions

    Traditional fastening methods in thin materials often create challenges:

    Weak threads.
    Insert failures.
    Welding distortion.
    Additional hardware cost.
    Inconsistent quality.

    Flow drilling eliminates these limitations.

    AMT provides complete engineering support for implementing flow drilling and thread forming technology  ensuring strong, vibration-resistant threads formed directly from the base material.

    Instead of managing multiple tools, inserts, and welding processes, you receive a controlled, engineered fastening solution.

    Material type and grade
    Material thickness
    Required thread size
    Load requirements
    Production volume
    Machine compatibility

    Quality Industrial Performance

    Precision fastening requires controlled process engineering.

    Our structured implementation model helps manufacturers:

    Reduce rejection rates
    Improve thread consistency
    Minimize material distortion
    Extend tool life
    Reduce downtime
     Eliminate dependency on inserts or weld nuts

    By centralizing engineering support under one accountable partner, you simplify coordination and improve production reliability.

    With AMT, fastening performance is engineered not improvised.

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    ChatGPT Image Mar 3, 2026, 05_13_45 PM

    Frequently Asked Question

    AMT provides structured operator and technical training to ensure your drilling, tapping, flow drilling, and workholding systems perform consistently in real production environments.

    Our training programs are application-focused, practical, and tailored to your equipment and production needs helping your team operate with confidence, precision, and process control.

    Flow drilling is a chip-less forming process that creates a bushing directly from the base material using heat generated by friction.
    The formed bush is then threaded using a thread forming tap — eliminating the need for welding, inserts, or rivet nuts.
    Flow drilling is typically suitable for thin-walled materials ranging approximately from 0.8 mm to 11 mm, depending on the material type and thread size.
    We evaluate thickness and material grade before recommending implementation.
    Flow drilling can be applied to:
    Mild steel
    Stainless steel
    Aluminum
    Brass
    Copper
    Material hardness and tensile strength are evaluated during consultation.
    Yes.
    We provide guidance on:
    RPM (spindle speed)
    Feed rate
    Lubrication
    Tool selection
    Thread forming setup
    Correct parameters are critical for tool life and consistent results.
    Yes.
    We can evaluate your application and, where required, conduct feasibility checks to confirm suitability before full production integration.
    Yes.
    Flow drilling and thread forming are compatible with CNC machines and automated production lines. We also provide guidance for automation integration.

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