12mm PDC Dome Cutter – DC1217

Cutter Type: Dome

Application: PDC bit

Advantages: Enhanced wear resistance, impact resistance, Superior formation adaptability

Quality Certification: ISO 9001

Zati:

12mm PDC Dome Cutter – DC1217 :

Product Specification

Model: DC1217

Cutter Type: Dome PDC cutter

Diameter: 12.07 mm

Total Height: 17.0 mm

SR Radius: 6.70 mm

Diamond Layer: Premium Polycrystalline Diamond

Substrate: Tungsten Carbide

Surface Finish: Precision Ground

Manufacturing Process: HPHT Sintered

Application: DTH Drill Bits

Rock Formation: Medium Hard to Extremely Hard Rock

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Product Description

High-Performance DC1217 PDC Dome Cutter

The DC1217 PDC Dome Cutter combines a premium polycrystalline diamond table with a precision-machined tungsten carbide substrate to deliver exceptional durability in demanding drilling environments. With a 12.07 mm diameter, 17.0 mm overall height, and 6.70 mm spherical radius, this cutter provides an excellent balance between impact resistance and wear performance.

Designed specifically for DTH drill bits and other rock drilling tools, the DC1217 performs reliably in abrasive formations where conventional carbide inserts wear rapidly.


Applications

The DC1217 Dome Cutter is widely used in:

-   DTH hammer bits

-   Mining drilling tools

-   Quarry drilling

-   Water well drilling

-   Geothermal drilling

-   Construction foundation drilling

-   Hard rock excavation

-   Blast hole drilling



Key Features

-    Premium PCD cutting layer

-    Excellent impact resistance

-    High thermal stability

-    Superior abrasion resistance

-    Uniform dome geometry

-    Precision dimensional tolerance

-    Strong tungsten carbide support

-    Long operational life


Why Choose Our DC1217 Dome Cutter?

Compared with traditional tungsten carbide buttons, the DC1217 PDC Dome Cutter offers significantly higher wear resistance and longer service life. The optimized dome profile distributes impact forces more evenly, reducing localized stress while maintaining efficient rock penetration. This design helps improve drilling efficiency, extend bit life, and lower overall drilling costs.