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ARIX Diamond Core Drill Bit- Reinforced Concrete
Tools

ARIX Diamond Core Drill Bit- Reinforced Concrete

    ARIX diamond core drill bit with orderly-arranged diamonds, 30%+ longer life, thin-wall low-vibration design, ideal for reinforced concrete & recycled aggregate.

    Product Introduction

    The ARIX Diamond Core Drill Bit for Reinforced Concrete is engineered to meet the rigorous demands of modern construction, demolition, and renovation projects.

     

    It is specifically developed to deliver superior performance in challenging materials, including high-grade reinforced concrete, abrasive recycled aggregates, and composite masonry. The bit features innovative orderly-arranged diamond particles, with precisely positioned abrasives creating synergistic cutting action.

     

    This unique structure significantly improves chip removal and heat dissipation, extending service life by more than 30% compared to conventional bits. The thin-wall design ensures low-vibration operation, making it ideal for high-precision coring in reinforced concrete and recycled aggregate materials.

     

    The ARIX Diamond Core Drill Bit is a professionally optimized solution that integrates efficient cutting, enhanced cooling and debris management, and precision thin-wall control for demanding concrete coring applications.

    Core Benefits

    Orderly-arranged diamond particles
    Precisely positioned abrasives
    Synergistic cutting action
    Improved chip removal
    Enhanced heat dissipation
    Service life extended by more than 30% compared to conventional bits
    Thin-wall design
    Low-vibration operation
    Suitable for high-precision coring
    Designed for reinforced concrete and recycled aggregate materials

    Technical Features

    1. Orderly-Arranged Diamond Particle Structure

    The bit uses orderly-arranged diamond particles instead of conventional randomly dispersed abrasive designs. Each diamond is strategically positioned to create a sustained and synergistic cutting action.

    Benefits:

    • Strategic diamond positioning
    • Consistently sharp and aggressive cutting face
    • Smoother cutting rhythm
    • More efficient cutting process
    • Improved segment performance

    2. Enhanced Chip Removal and Heat Dissipation

    The optimized segment layout creates channels that allow slurry and material fragments to be evacuated from the borehole quickly and effectively.

    Benefits:

    • Faster chip clearance
    • Reduced clogging
    • Lower friction during coring
    • Better heat dissipation
    • Preserves the integrity of the diamond bonds and steel core
    • Service life extended by more than 30% compared to standard bits

    3. Precision Thin-Wall Design

    The thin-wall construction minimizes the surface area contact between the bit and the workpiece, reducing operational vibration and improving control during drilling.

    Benefits:

    • Low-vibration operation
    • Improved drilling control
    • Cleaner and more accurate boreholes
    • Reduced risk of micro-cracking or spalling around the edges
    • Maintains structural integrity
    • Reduces post-processing work

    4. Optimized for Demanding Concrete Coring

    The product integrates a superior diamond matrix, intelligent structure, and thin-wall design for reinforced concrete and other challenging construction materials.

    Benefits:

    • Suitable for high-grade reinforced concrete
    • Suitable for abrasive recycled aggregates
    • Suitable for composite masonry
    • Reliable performance in demanding coring applications
    • Designed for construction, demolition, and renovation projects

    Working Principle

    The ARIX Diamond Core Drill Bit works through an orderly-arranged diamond segment structure. The precisely positioned diamond particles create a sustained cutting action, while the optimized segment layout improves slurry and debris evacuation from the borehole. This helps reduce clogging, control heat buildup, and maintain efficient cutting throughout the segment’s service life.

    Machine Parameters

    No. welding method bit diameter/mm segment size/mm segment shape type
    1 laser &high-frequency 32-38 16*3.7*12(10+2) flat-type roof-type ARIX
    2 40-52 24*3.7*12(10+2)
    3 50-55 24*3.7*12(10+2)
    4 56-65 24*3.7*12(10+2)
    5 66-76 24*3.7*12(10+2)
    6 68-82 24*3.7*12(10+2)
    7 77-95 24*3.7*12(10+2)
    8 24*4.0*12(10+2)
    9 96-126 24*3.7*12(10+2)
    10 24*4.0*12(10+2)
    11 102-142 24*3.7*12(10+2)
    12 24*4.0*12(10+2)
    13 24*4.5*12(10+2)
    14 127-186 24*3.7*12(10+2)
    15 24*4.0*12(10+2)
    16 24*4.5*12(10+2)
    17 24*5.0*12(10+2)
    18 152-202 24*4.0*12(10+2)
    19 24*4.5*12(10+2)
    20 187-380 24*4.0*12(10+2)
    21 24*4.5*12(10+2)
    22 24*5.0*12(10+2)
    23 350-500 24*5.0*12(10+2)
    24 24*5.5*12(10+2)
    25 24*6.0*12(10+2)
    26 24*6.5*12(10+2)

    Applications

    Suitable for:
    Reinforced concrete coring
    High-grade reinforced concrete
    Abrasive recycled aggregates
    Composite masonry
    Modern construction projects
    Demolition projects
    Renovation projects
    High-precision coring applications

    Optional Configurations

    Laser welding method
    High-frequency welding method
    Bit diameter range from 32–500mm
    Segment size options according to bit diameter
    Flat-type segment shape
    Roof-type segment shape

    Our Advantages

    ARIX orderly-arranged diamond particle design
    Improved cutting efficiency
    Enhanced chip removal
    Better heat dissipation
    Longer service life compared to conventional bits
    Thin-wall design for low-vibration operation
    Cleaner and more accurate boreholes
    Reduced risk of micro-cracking or spalling
    Reduced post-processing work
    Reliable solution for demanding concrete coring applications

    FAQ

    What is this product used for?
    It is used for high-precision coring in reinforced concrete and recycled aggregate materials.
    What materials is it suitable for?
    It is suitable for high-grade reinforced concrete, abrasive recycled aggregates, and composite masonry.
    What is the main feature of the ARIX structure?
    The ARIX structure uses orderly-arranged diamond particles, with each diamond strategically positioned to create a sustained and synergistic cutting action.
    How does it improve chip removal?
    The optimized segment layout creates channels that allow slurry and material fragments to be evacuated from the borehole quickly and effectively.
    How much longer is the service life?
    The service life is extended by more than 30% compared to conventional or standard bits.
    What is the benefit of the thin-wall design?
    The thin-wall design reduces vibration, improves drilling control, and helps produce cleaner and more accurate boreholes.
    What bit diameter range is available?
    The available bit diameter range is from 32mm to 500mm.
    What welding methods are available?
    The listed welding methods are laser and high-frequency welding.

    Send Inquiry

    We are committed to providing you with the best quality service and look forward to communicating with you to solve problems together and bring you a better experience.