Full Hydraulic Crawler Anchor Drilling Rig with 100mm Max Diameter and 3300mm Lifting Height
Price:
$22,000.00/sets 1-3 sets
MOQ:
Negotiable
Delivery Time:
Negotiable
Brand:
kelleg
Product Description
Full Hydraulic Crawler Anchor Drilling Rig
The self-drilling anchor system integrates drilling, grouting, and anchoring functions into one efficient process. This specialized equipment is engineered for challenging geological conditions including loose soil, broken rocks, pebble layers, and other collapsible formations.
Key Advantages
- Specially developed for self-drilling anchor bars to maximize technology benefits
- Optimized power unit parameters for high-frequency impact and high-speed rotation
- Standard anti-driving function prevents stuck drilling problems
- Fully hydraulic control with imported Italian hydraulic valves for reliable operation
- High price-performance ratio at 1/3-1/2 the cost of comparable foreign drilling rigs
- Maximum lifting height of 3.3 meters for large construction work surfaces
- Ideal for complex geological conditions including clay, silty clay, rocky soil, and pebble layers
- Simultaneous drilling and grouting fills rock fissures effectively
Technical Specifications
| Max. Drilling Diameter | φ100mm |
| Applicable Anchor Bar Diameter | φ25-φ40mm |
| Max. Applicable Anchor Bar Length | 3000mm |
| Max. Lifting Height | 3300mm |
| Feeding Distance | 1500mm |
| Rod Drill Angle | 0°-90° |
| Impact Frequency | 2900-3700 bpm |
About Kelleg
Kelleg is a market-oriented enterprise integrating R&D, design, procurement, sales, and customer service. Specializing in geotechnical anchoring, we provide comprehensive solutions including system design, product supply, and technical support. Our professional teams offer pre-sale technical consultation, product selection guidance, order management, and on-site technical support services.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Kelleg International Trade (Shanghai) Co., Ltd.