Side Grip Vibro Hammer for Excavator Pile Driving and Foundation Engineering
The side grip vibro hammer is a hydraulic piling attachment designed for efficient installation and extraction of sheet piles, steel pipes, and H-beams. By integrating clamping and vibration functions into one system, it significantly improves pile positioning accuracy and reduces manual handling in foundation construction projects.
This excavator-mounted vibro hammer is widely used in infrastructure development, riverbank reinforcement, bridge foundations, and solar farm construction. It is especially suitable for contractors who require stable piling performance under different soil and working conditions.
Excavator Side Grip Vibro Hammer Working Video
Side Grip Vibro Hammer Technical Specifications
Model selection should be based on excavator tonnage, hydraulic flow, pile type, and soil conditions to ensure stable vibration force and efficient pile penetration.
| Technical Data | GSVH-40 | GSVH-60 | GSVH-70 | GSVH-80 |
| Eccentric moment (kg.m) | 4.9 | 6.8 | 8.9 | 10.5 |
| Frequency/n (rpm) | 2600 | 2600 | 2600 | 2600 |
| Centrifugal force (kN) | 364 | 505 | 661 | 780 |
| Weight without clamp (ton) | 2.6 | 3.4 | 3.5 | 3.6 |
| Pressure setting (bar) | 300 | 320 | 330 | 330 |
| Oil flow (Lpm) | 190 | 280 | 350 | 370 |
| Arm stroke/S (mm) | 250 | 250 | 250 | 250 |
| Side gripping force (ton) | 50 | 50 | 50 | 50 |
| Clamping force (ton) | 60 | 60 | 60 | 60 |
| Dimension (L*W*H) mm | 1350*1050*2410 | 1600*1280*2610 | 1600*1280*2610 | 1600*1280*2610 |
| Excavator class (ton) | 20 | 30 | 40 | 50 |
Product Advantages
TGEC side grip vibro hammer is engineered for stable pile driving performance in complex construction environments, combining vibration force and hydraulic clamping control into a compact system.
Side clamping system allows accurate pile positioning before driving begins
Suitable for sheet piles, steel pipes, H-beams, and retaining structures
High-frequency vibration improves penetration speed in soil and mixed ground
Strong structural design supports continuous operation in demanding projects
Compatible with mainstream excavator hydraulic systems and quick couplers
Reduces auxiliary crane requirements and improves jobsite efficiency
Compared with traditional piling methods, the side grip vibro hammer reduces multi-step pile handling and improves construction accuracy, making it suitable for modern infrastructure projects that require efficiency and precision.
Applications & Construction Scenarios
The side grip vibro hammer is designed for a wide range of foundation engineering projects where controlled vibration and accurate pile alignment are required.
Sheet pile retaining wall construction for infrastructure projects
Riverbank and coastal reinforcement engineering
Bridge foundation piling and temporary support systems
Solar farm steel pile installation
Cofferdam and deep foundation construction
Different excavator sizes allow flexible deployment from urban construction sites to large-scale civil engineering projects.
Model Selection Guide Based on Technical Parameters
Selecting the correct side grip vibro hammer should be based on excavator class, hydraulic oil flow, operating pressure, and centrifugal force shown in the technical specification table. These parameters directly determine pile driving efficiency, vibration stability, and adaptability to different foundation conditions.
For example, the GSVH-40 model is designed for 20-ton class excavators with an oil flow requirement of around 190 L/min and lower centrifugal force output. It is suitable for light to medium foundation projects such as urban sheet pile installation and temporary retaining structures where controlled vibration is required.
The GSVH-60 and GSVH-70 models require higher hydraulic flow (280–350 L/min) and provide significantly increased centrifugal force output. These models are more suitable for bridge construction, river engineering, and medium-depth sheet pile driving where stable penetration is required in mixed soil conditions.
For heavy-duty applications, the GSVH-80 model is designed for 50-ton excavators with up to 370 L/min hydraulic flow and the highest centrifugal force in the range. It is recommended for large infrastructure projects such as harbor construction, deep foundation piling, and continuous steel pile installation in dense or complex soil layers.
In addition to tonnage matching, hydraulic pressure (300–330 bar range) and vibration frequency (2600 rpm across all models) should also be considered to ensure stable system performance and prevent overload during long-term operation.
Proper model selection based on these technical parameters helps improve pile driving speed, reduce equipment wear, and ensure consistent performance in different construction environments.
Brand Compatibility
Compatible with major excavator brands including CAT, Komatsu, Hitachi, Volvo, Doosan, Hyundai, Kobelco, SANY, and other mainstream machines based on hydraulic configuration.
Pricing Factors of Side Grip Vibro Hammer
The cost of a side grip vibro hammer depends on model size, vibration force configuration, hydraulic system requirements, and customization level. Heavy-duty models designed for large-scale foundation projects typically require higher hydraulic capacity and reinforced structures.
Additional factors such as clamp design, control system configuration, and project-specific modifications can also influence the final equipment investment.
Quality & Service Support
Each TGEC side grip vibro hammer undergoes hydraulic testing, structural inspection, and performance verification before delivery to ensure stable operation in real construction environments.
Long-term spare parts supply and technical support are available to reduce downtime and maintain consistent working performance for contractors and equipment owners.
