168mm ODEX Eccentric Overburden Casing Drilling System for Waterwell - 185mm Reaming Diameter
Price:
999-99999USD/PC
MOQ:
1PC
Delivery Time:
3-5WEEKS
Brand:
MING
Product Description
168mm ODEX Eccentric Overburden Casing Drilling System
Professional waterwell drilling system designed for unstable rock formations with fractures, featuring positive pilot design for straighter holes and reliable performance.
Product Overview
The MK3E casing drilling system features an innovative eccentric overburden design specifically engineered for waterwell drilling applications. The positive pilot design guides the eccentric bit to produce straighter, more accurate holes in challenging geological conditions.
Key Features
- Positive pilot design for straighter hole production
- Eccentric bit closes to concentric position when required depth is reached
- Compatible with standard hammer systems
- Ideal for unstable rock formations with fractures
- Robust construction for demanding drilling conditions
System Components
- Pilot Bit
- Middle Reamer Bit
- Casing Shoe
Technical Specifications
| Model | Reaming Diameter (mm) | Casing Diameter (mm) | Equipped Hammer |
|---|---|---|---|
| MK3E108 | 118 | 93-99 | 90 |
| MK3E127 | 136 | 115-117 | 110 |
| MK3E146 | 152 | 130-134 | 110/340 |
| MK3E168 | 185 | 148-156 | 110/340 |
| MK3E178 | 195 | 158-166 | 150/340 |
| MK3E183 | 196 | 168-176 | 350/360 |
| MK3E193 | 206 | 176-182 | 360 |
| MK3E219 | 236 | 199-207 | 360 |
Ordering Information
When ordering, please specify:
- Casing Tube OD & ID
- Reamer Bit Diameter
- Minimal Casing Shoe ID
- Hammer Shank Style
Applications
- Foundation Construction
- Piling Operations
- Water Well Drilling
- Geothermal Drilling
- Tunneling and Horizontal Drilling
- Unstable rock formations with fractures
Product Images
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Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Wuhan Kingdrilling Diamond Co.,Ltd
Location
1-2-905 California Sunshine, Optical Valley Street,Wuhan 430074, China
Contact Person
Wendy Chen