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ARIX Segment Diamond Saw Blade
Tools

ARIX Segment Diamond Saw Blade

    The ARIX Segment Diamond Saw Blade features breakthrough orderly-arranged tooth technology, with precisely positioned diamond particles and optimized exposure angles for synergistic cutting. This design significantly improves chip removal and heat dissipation, increasing cutting speed by 25% and extending lifespan by 40%. Ideal for high-precision cutting of rein-concrete, granite, marble and other hard brittle materials, delivering cleaner edges and reduced material loss.

    Machine Parameters

    No.

    welding method

    blade diameter/mm

    base diameter/mm

    base thickness/mm

    inner hole/mm

    segment size/mm

    segment NO.

    segment shape

    type

    1 laser 500 490 3.5 25.4/60 20*4.8*13.5 54 rhombus ARIX
    2 600 590 3.5 60 20*4.8*13.5 62
    3 650 640 3.5 60 20*4.8*13.5 66
    4 700 690 3.5 60 20*4.8*13.5 72
    5 750 725 3.5 60 20*4.8*13.5 74
    6 800 790 3.5 60 20*4.8*13.5 80
    7 825 800 3.5 60 20*4.8*13.5 82
    8 850 840 3.5 60 20*4.8*13.5 84
    9 900 890 3.5 60 20*4.8*13.5 90
    10 1000 984 3.5 60 20*4.4*13.5 100
    11 1050 1040 3.8 25.4 20*4.4*13.5 106
    12 1200 1184 3.8 25.4 20*4.4*13.5 120
    13 High-frequency 1600 1584 3.5 60 40*4.4*12.0 80 Normal

    Product Introduction

    The ARIX Segment Diamond Saw Blade represents a significant advancement in cutting technology, designed for professionals who require uncompromising performance and efficiency when working with the most challenging materials. At the core of its design is a breakthrough orderly-arranged tooth technology, which sets a new standard for controlled and effective cutting action.

    Unlike conventional blades where diamond distribution can be inconsistent, the ARIX blade is manufactured with each diamond particle precisely positioned within the segment matrix. This meticulous placement is combined with optimized exposure angles, engineered to work in synergy. This means each diamond engages the material at the most effective angle, maximizing cutting aggression while minimizing uncontrolled friction and drag. The result is a smoother, more stable cutting operation that places less stress on both the tool and the equipment.

    ARIX Segment Diamond Saw Blade (2)
    ARIX Segment Diamond Saw Blade (1)

    This intelligent design directly addresses two of the most critical challenges in hard material cutting: heat buildup and debris removal. The orderly segment structure creates consistent and ample space for rapid chip removal. By efficiently ejecting material particles from the kerf, the blade prevents clogging and reduces the risk of blade binding or warping. Simultaneously, this enhanced airflow significantly improves heat dissipation, preventing the excessive temperatures that can damage both the material being cut and the blade's bonding matrix. This controlled thermal environment is crucial for preserving the integrity of the diamond particles and extending the tool's functional life.

    The tangible benefits of this engineering are clear. Users can achieve a cutting speed increase of up to 25% compared to standard diamond blades, translating directly into higher productivity and reduced project timelines. Furthermore, the reduced thermal and mechanical stress contributes to a lifespan extension of up to 40%, offering superior long-term value and reducing tool replacement frequency.

    The ARIX Segment Diamond Saw Blade is ideally suited for the high-precision cutting of reinforced concrete, granite, marble, and other hard, brittle materials. Its precision engineering delivers cleaner edges with minimal chipping, which reduces material loss and minimizes the need for secondary finishing work. For construction, masonry, and stone fabrication professionals, the ARIX blade is a reliable partner that ensures precision, speed, and durability in every cut.

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