Kind tips: Click the image below to get detailed data and related information immediately.
Excavator Hydraulic Attachments
Orange peel grapple · Pile breaker · Hydraulic demolition shear
YG Machinery offers a complete range of high‑performance hydraulic attachments engineered to maximize your excavator’s versatility. Whether you need to handle irregular scrap materials, crush concrete piles efficiently without damaging rebar, or cut through structural steel with precision, our orange peel (lotus claw), pile breaker machine, and double‑cylinder excavator shear deliver exceptional productivity, low operating costs, and robust construction. Designed for demolition sites, recycling yards, and foundation projects, each attachment integrates seamlessly with excavators from 5 to 50 tons.
🌸 Excavator Orange Peel – Hydraulic Lotus Claw
The excavator orange peel (lotus claw) is a specialized hydraulic attachment engineered to handle irregular, loose bulk materials such as scrap steel, construction waste, auto parts, coal, and garbage. Its petal‑shaped closure design wraps tightly around uneven loads, preventing spillage and reducing material loss. Compatible with excavators from 6 to 25 tons, the grapple features 360° rotation (hydraulic or collision‑type depending on model) and steplessly adjustable gripping force via a proportional valve system.
YG offers multiple models: YGO04A (6‑9t), YGO06A (10‑17t), YGO08A (18‑25t), plus heavy‑duty YGO06B/YGO08B with wider jaw openings. Max jaw opening reaches 2500 mm, working pressure up to 320 bar, and capacity from 0.3 to 1.0 m³. Replaceable claw tips reduce maintenance costs, and the high‑pressure hydraulic control system boosts operational efficiency by over 80% compared to manual handling. Ideal for steel mills, waste transfer stations, and scrap recycling yards.
🏗️ Pile Breaker Machine – Hydraulic Concrete Pile Crusher
The pile breaker machine (hydraulic concrete pile crusher) is the ultimate solution for removing concrete pile heads quickly and cleanly while preserving the steel reinforcement. Unlike manual breaking or hydraulic hammering that often damages rebar and creates excessive noise, this attachment uses synchronized radial compression to fracture concrete horizontally. It works by clamping around the pile, then multiple hydraulic cylinders push alloy chisels inward, creating stress concentration that breaks the concrete without harming the reinforcing bars.
YG’s pile breaker features a modular design — modules can be combined to fit pile diameters from 400 mm up to 2500 mm. The total weight of module combinations ranges from 1600 kg to 5940 kg, with max thrust of 300 kN and hydraulic cylinder pressure up to 300 MPa. The machine connects directly to the excavator’s hydraulic system (requires 20‑40T excavator or standalone pump station). Benefits include: 50% faster construction period, labor cost reduction over 60%, low noise operation (ideal for urban areas), and easy maintenance. Available for circular piles, square piles, and custom configurations.
✂️ Excavator Hydraulic Shear – Double Cylinder Demolition Shear
For heavy‑duty scrap processing, rebar cutting, and structural steel demolition, the YG series excavator shear (double‑cylinder design) delivers exceptional cutting force across the entire blade. Available in five models (YG‑620, YG‑1413, YG‑2200, YG‑2977, YG‑4052), it suits excavators from 5 to 50 tons. The shear features 360° hydraulic rotation on all models except the smallest (YG‑620 uses collision rotation), allowing precise positioning without moving the carrier.
Cutting forces are impressive: bottom shear force ranges from 81.2 to 387.2 tons, tip shear force from 32.2 to 147.2 tons. Max open size varies from 334 mm to 801 mm, with effective shear depth up to 736 mm. Working pressure up to 320 bar. These attachments excel at cutting scrap rebar, steel beams, pipes, and concrete reinforcement. They are widely used in demolition sites, bridge dismantling, and scrap yards. YG also offers pulverizers, grapples, and concrete crushers to complete your attachment fleet.



