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These Diamond Bits use polycrystalline diamond (PDC) cutters to shear rock with a continuous scraping motion
1 Cutting structure is force balanced and bit blade is asymmetrically designed so that the coal on bit is balanced that resulting better stability of the bit.
2 Main cutters are high performance PDC cutters to insure service life of the bit while improving ROP
3 Cutter exposure is optimized to insure the bit can achieve higher ROP is soft to medium formations
4 Shock absorbers are designed to make the bit capable of drilling through formations with hard stringers.
5 Hydraulic system of the bit is optimized using dynamic flow palters simulation technology to enhance cleaning and cooling effects of the bit to effectively prevent bit from balling Size available
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Cutting structure is force balanced and bit blade is asymmetrically designed so that the load on bit is balanced that resulting better stability of the bit. |
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2. Main cutter is high performance PDC cutters to insure service life of the bit while improving ROP. |
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3. Cutter exposure is optimized to insure the oil bit can achieve higher ROP is soft to medium formations. |
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4 Shock absorbers are designed to make the bit capable of drilling through formations with hard stringers. |
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5. Hydraulic system of the bit is optimized using dynamic flow pattern simulation technology to enhance cleaning and cooling effects of the bit to effectively prevent bit from balling.
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