High-Efficiency Pile Driver | Stable Performance and Environmentally Friendly Design

Product Keywords: Hydraulic Pile Driver, Vibratory Pile Driver, Multi-Functional Pile Driver, Low-Noise Pile Hammer, Excavator-Mounted Pile Driver, Sheet Pile Installation Machine

The YEKUN Hydraulic Vibratory Pile Driver is a versatile and high-performance construction attachment engineered for efficiency and adaptability. Designed to meet the rigorous demands of modern infrastructure projects, it combines powerful driving force with intelligent features to handle a wide range of piling applications with precision and care for the work environment.

• Noise & Vibration Reduction: Equipped with a specialized rubber sheath that significantly dampens operational noise and vibration, enabling quieter work and shorter project cycles, ideal for environmentally sensitive sites.

• Enhanced Flexibility & Control: The clamping head rotates 180° in both directions for precise pile positioning. Vibration frequency is adjustable across two levels, and a dual-pump system combines to deliver high excitation force.

• Compact & Powerful Drive: Features a lightweight, small-volume hydraulic motor that delivers impressive power and high speed, offering an excellent power-to-weight ratio.

• Universal Compatibility & Adaptability: Can be mounted on excavators of any brand. By simply changing the chucks, it adapts to various job requirements and pile types.

• Multi-Material Handling: Capably drives and extracts steel sheet piles, cement piles, steel rail piles, iron plates, and H-beams.

• Quick-Change Operation: Allows for rapid conversion between different functions and pile types, ensuring high efficiency across diverse working environments.

• Efficient & Non-Destructive: Engineered to extract piles with less required force and to operate without damaging the tops or bottoms of piles or nearby structures.

• High Jobsite Versatility: A single attachment performs multiple tasks (driving/extracting various piles), reducing the need for specialized equipment.

• Superior Operational Efficiency: Quick setup, powerful performance, and fast cycle times significantly accelerate project timelines.

• Environmentally Considerate Design: Low-noise and low-vibration operation minimizes disruption, allowing work in urban or restricted areas.

• Reliable & Protective: Robust construction ensures durability, while its intelligent design safeguards both the integrity of the piles and the surrounding site.

• Cost-Effective Solution: Reduces labor time, equipment costs, and potential expenses from site or material damage.

Founded in 2014, Shanghai YEKUN Machinery Co., Ltd. specializes in the development, manufacturing, and global distribution of high-speed hydraulic vibratory pile drivers. With a focus on quality and innovation, our products serve the core needs of the infrastructure and construction industries. Our dedicated team, supported by international technical expertise, is committed to providing professional, comprehensive solutions and service.

Q: What is the warranty policy for the pile driver?

A: We offer a 12-month warranty for the main machine and key components, starting from the installation completion date (standard wear parts are excluded).

Q: What is the minimum order quantity (MOQ)?

A: The MOQ is one unit.

Q: What payment methods are accepted?

A: We accept T/T (Telegraphic Transfer).

Q: What is the typical delivery time?

A: Delivery usually takes 7 to 35 days to Shanghai Port. Final delivery time to your destination depends on the shipping method and location.

Q: Can you customize the machine with our company logo?

A: Yes, we provide logo customization service.

Q: How do you ensure the quality of your products?

A: Our manufacturing process strictly adheres to the national "Technical Conditions for Pile Driver Enterprises" standards to ensure reliability and performance.

Q: Do you offer dealership opportunities?

A: Yes, we welcome inquiries from potential dealers and partners interested in becoming regional representatives or agents.