Features / Benefits
Controlled Atmosphere Infiltration
Controlled temperature environment reduces oxidation and graphitization to improve bit wear characteristics and durability.
Pelletization
Prevents diamond aggregates and reduces areas of low diamond concentration to a more uniform stone distribution within the matrix material.
Diamond Impregnated HIP Segments
Undergo a sintering process to achieve reduce porosity and are then placed in the face of the bit in specific patterns determined by SPOT-DN.
Force3 Cutters
Superior testing methods provide the best cutter for the application. In harder formations as the cutters wear down the HIP segments are exposed to the formation providing a dual cutting action.
Optimum Hydraulics
Each impregnated bit design undergoes extensive computational fluid dynamics evaluation to ensure that re-grinding and re-circulation of cuttings is eliminated.
Controlled Atmosphere Infiltration
Controlled temperature environment reduces oxidation and graphitization to improve bit wear characteristics and durability.
Pelletization
Prevents diamond aggregates and reduces areas of low diamond concentration to a more uniform stone distribution within the matrix material.
Diamond Impregnated HIP Segments
Undergo a sintering process to achieve reduce porosity and are then placed in the face of the bit in specific patterns determined by SPOT-DN.
Force3 Cutters
Superior testing methods provide the best cutter for the application. In harder formations as the cutters wear down the HIP segments are exposed to the formation providing a dual cutting action.
Optimum Hydraulics
Each impregnated bit design undergoes extensive computational fluid dynamics evaluation to ensure that re-grinding and re-circulation of cuttings is eliminated.
