Premium hydraulic dynamic compaction crawler cranes engineered to meet demanding structural load requirements across coastal developments, highways, and ports in Greece.
Designed for heavy tamping ground improvement operations on soft clay and marine deposits, featuring high single-line pull and automatic drop configurations.
The highly maneuverable YTQH350B delivers 3500 kN.m energy class compaction, optimized for compact urban infrastructure projects and deep excavation ground stabilization.
Engineered for mid-to-high level compaction energy requirements. Integrates an extendable crawler undercarriage for stable, high-drop geotechnical operations.
Designed for deep soil densification in massive reclamation and commercial industrial zones, with a capacity reaching 7000 kN.m energy class.
Greece features highly complex geotechnical characteristics. Located at the intersection of major tectonic plates, the region is highly susceptible to seismic events. Civil engineering developments must comply with the strict Greek Anti-Seismic Regulation (EAK-2003) and Eurocode 8 (EC8). Ground conditions in historical ports like Piraeus, industrial areas of Attica, and alluvial valleys in Thessaloniki often feature loose, saturated sands and weak cohesive soils prone to liquefaction during earthquakes.
Dynamic Compaction (DC) is a critical engineering solution in Greece. By repeatedly dropping heavy steel tampers (ranging from 10 to 40 tons) from heights of 10 to 30 meters, the soil is compacted to depth, mitigating the risk of liquefaction by destroying the weak soil fabric, densifying granular deposits, and expelling pore water.
Leading Global Construction Machinery and Deep Foundation Equipment Manufacturer
SINOVO Group is a professional supplier of construction machinery equipment and comprehensive construction solutions. We serve suppliers, contractors, and builders worldwide in the piling, ground improvement, and exploration fields. Founded on the values of professional engineering and reliable support, our technical experts have decades of combined field experience dating back to the early 1990s.
Over the years, we have built key alliances with international equipment manufacturers and local construction corporations. All products are manufactured in compliance with ISO9001:2015, CE, and GOST quality standards. SINOVO piling and compaction solutions are utilized in over 120 countries, supported by service networks spanning Southeast Asia, the Middle East, Africa, and Europe.
Our European division focuses heavily on compliance with local EN standards, mechanical safety certifications, and low-emission powerplants, making us a preferred partner for engineering contractors throughout Greece and the Mediterranean.
Over three decades of manufacturing leadership, technology innovation, and global expansion.
Our core engineering team began operations, serving in construction machinery design and technical consulting, laying the groundwork for heavy mechanical piling and compaction expertise.
SINOVO Heavy Industry integrated operations, establishing TEG FAR EAST in Singapore to expand sales, technical servicing, and field support capabilities for deep foundation equipment across Southeast Asia.
Invested 120 million yuan to construct a state-of-the-art 67-mu production base in the Xianghe Industry Demonstration Zone. Positioned just 100km from Tianjin Port, this facility optimizes our global logistics and reduces transportation overheads.
Equipped with computerized testing systems, advanced hydraulic laboratories, and CNC machining, our facility outputs 1,000 core drills, 250 water well rigs, and 120 heavy rotary piling rigs annually under strict ISO9001 and CE frameworks.
Purchasing heavy machinery for ground improvement projects in Greece demands reliable supply chains and robust structural design. SINOVO's production facility relies on advanced automated welding, precise coordinate boring machines, and rigorous stress testing protocols. This structure ensures our dynamic compaction cranes withstand the continuous dynamic impact forces of 30-ton weight drops.
Our proximity to Tianjin Port enables seamless maritime logistics to major Greek sea ports like Piraeus and Thessaloniki. Our engineering team maintains strategic parts inventories of critical hydraulic pumps (Kawasaki, Rexroth) and engines (Cummins, Volvo), guaranteeing immediate component availability and minimal project downtime for our clients.
Every piece of dynamic compaction and rotary piling equipment bound for Europe is designed and tested in compliance with Eurocode 7 (Geotechnical Design) and Eurocode 3 (Steel Structures). We prioritize high-grade structural steel (Q355B and Q460) to prevent boom fatigue and structural failure during high-energy impacts.
Comprehensive pre-sale, sales, and post-purchase engineering support designed to maximize your machinery's uptime and field performance.
We provide tailored soil dynamic analysis, hammer energy compatibility matrices, and structural site simulations to ensure the chosen dynamic compaction machinery matches the unique geotechnical conditions of your project.
Our experienced engineers provide up to two weeks of on-site setup, calibration, and rigorous safety training for operators to ensure peak machinery output and safe handling of heavy drop loads.
Every dynamic compaction rig comes with a one-year structural and hydraulic warranty, including free replacement of normal wear components and technical guidance for routine maintenance.
Explore our broader fleet of CE-certified engineering machinery, designed for deep foundations, anchor drilling, and rock excavation.
The flagship model delivering 10000 kN.m energy class, designed for industrial port construction and deep coastal soil consolidation.
Heavy duty rotary piling rig featuring advanced computerized hydraulic controls, ideal for deep cast-in-place concrete piles.
Compact and high rotational speed core drilling rig ideal for soil sampling, geotech assessments, and mineral prospecting in rugged regions.
High-speed, modular design hydraulic concrete pile breaker. Preserves steel rebar structural integrity while clearing excess pile concrete.
Engineered for steep roadway reinforcement, anchoring systems, and retaining walls, adapting to fractured rock and soil strata.
Versatile piling machine offering 158 kN.m torque, optimized for drilling foundation shafts in urban environments and complex terrains.
Super-heavy rotary drilling machine capable of driving large diameter deep foundation piles in challenging bedrock and gravel strata.
Highly portable, modular core drilling machine designed for geological exploration in remote locations and islands with restricted access.
Essential accessories and supplementary engineering units to support continuous deep foundation works.
High-capacity mud purification unit designed to separate sand and silt particles from drilling slurries, maximizing bentonite reuse.
Compact mechanical spindle drill ideal for low-cost, reliable soil sampling and geological exploration to 100m depths.
Industrial core bits designed for high penetration speeds in hard granites, limestone, and variable karst formations.
Fully inspected, high-performance mechanical wall grab designed for digging structural diaphragm cut-off walls.
Our adherence to manufacturing and safety standards guarantees maximum reliability on your jobsites.
Guaranteeing manufacturing quality and process safety checks at every phase.
Certified leading developer of hydraulic drive structures and electronic systems.
Verified compliance with European mechanical health, safety, and environmental laws.
Ensuring expedited export clearing and efficient shipping timelines.
Take a look inside our state-of-the-art assembly lines, quality testing zones, and engineering team spaces.
Connecting directly with engineering and structural contractors globally at major trade shows.
Our engineering rigs and dynamic compaction cranes successfully performing on critical global projects.
Deploying high torque casing drives in complex alluvial soils to preserve hole geometry and prevent collapse before concrete casting.
Premium solutions for underground drilling, anchoring, and soil mixing.
A versatile engineering drilling machine that combines high efficiency, flexibility, and stability. Specifically designed for large-diameter, high-precision drilling operations. Widely used in micro pile, photovoltaic hole, anchor bolt hole, casing hole, and blasting hole construction.
Utilizes high-pressure hydraulic oil, applying advanced oblique wedge principles to generate splitting forces ranging from hundreds to thousands of tons. Effortlessly splits massive boulders within seconds, separating hard ore from rock formations.
A newly designed self-erecting rig which adopts advanced hydraulic loading back technology, integrating advanced electronic control. Simple, compact design for telescopic friction or interlocking Kelly bar applications.
Engineered for urban deep foundation pit support, soil nail wall support, and railway/highway slope stabilization. Compatible with casing drilling and single/double tube rotary grouting operations.
Designed for subway, highway, and bridge foundation reinforcement projects. Handles multi-tube vertical/horizontal construction, equipped with a 3-ton crane arm to reduce manual handling overheads.
Modified from a robust loader chassis, this system is optimized for small-diameter, shallow-depth foundation projects like utility poles and photovoltaic structural supports.
Multi-purpose system operating both fluid and gas drilling. Ideal for anti-floating anchors, cable anchoring, slope stabilization, and high-pressure jet spraying in soft ground formations.
Features a high-power top impact system, delivering rapid penetration through gravel and sand formations without requiring a down-the-hole hammer or auxiliary air compressors.
Specially designed for compact working environments requiring small 50-90mm hole diameters. Strong cross-country crawler capabilities for steep urban construction pits.
Engineered for deep soil mixing and mechanical consolidation, utilizing a 75KW primary motor to construct columns up to 1200mm in diameter down to depths of 28 meters.
Expert technical responses regarding ground improvement solutions, design codes, and machinery operations in Mediterranean soil profiles.
Coastal areas in Greece (e.g., Piraeus, Thessaloniki, Patras) contain deep layers of saturated loose sand and artificial reclamation fills. Under seismic loads, these soils are highly susceptible to liquefaction. Dynamic Compaction densifies the soil matrix, collapses void structures, and releases excess pore pressure, significantly increasing shear strength and reducing liquefaction risk to meet Eurocode 8 requirements.
SINOVO manufactures dynamic compaction crawler cranes ranging from the YTQH350B (3500 kN.m energy class) up to the YTQH1000B (10000 kN.m energy class). This wide range allows contractors to perform both shallow soil treatment and deep soil compaction down to 10+ meters depth depending on structural load requirements.
All dynamic compaction and rotary piling equipment exported to Greece are CE certified. Our structures are constructed using high-fatigue-strength Q355B and Q460 steel, and we integrate low-emission diesel powerplants and hydraulic overload protection devices to comply with European safety directives.
Yes. Our YTQH series dynamic compaction crawler cranes are engineered on multi-functional structural chassis. With minor boom adjustments and winch modifications, they can be configured for structural lifting work, providing excellent asset utilization on the jobsite.
Our manufacturing base is located 100km from Tianjin Port. For standard configurations, shipping to Piraeus or Thessaloniki ports typically takes 30 to 45 days. We also offer customization options for hydraulic components and powerplants to meet specific site requirements.
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