Explore our flagship heavy machinery range designed for deep excavation, micro-piling, and geological core exploration.
The global infrastructure matrix is shifting rapidly towards dense urbanization and massive transport corridors, driving unprecedented demand for advanced underground digging and piling machinery. Today, geotechnical challenges demand drilling rigs that don't just reach deeper, but execute with millimeter precision in unpredictable lithologies. From skyscraper foundation deep-piling in soft coastal soils to heavy-duty micro-piling for municipal utility upgrades, modern contractors look for robust structural designs combined with eco-friendly hydraulic efficiency.
As standard soils become occupied, modern infrastructure Projects must build in complex, hazardous settings. This reality positions SINOVO Heavy Industry as a crucial technology provider. We bridge the gap between heavy hardware manufacturing and field execution, offering customized solutions for complex ground conditions across five continents.
Established as an industry pioneer, SINOVO Group is a professional manufacturer and strategic partner in construction machinery, exploration equipment, and geological consulting. Our core team has served the global engineering sector since the early 1990s. Through decades of dedication, we have formed strong alliances with top international manufacturers and earned numerous awards for excellence in engineering and export achievements.
Our dedicated R&D and production facilities occupy a 7,800 square meter strategic footprint in Beijing, augmented by a state-of-the-art 67-mu manufacturing facility in the Hebei Xianghe Emerging Industry Demonstration Zone. This facility is located just 100 kilometers from Tianjin Port, ensuring highly efficient transport pathways and reduced logistics costs for international logistics.
All products have successively obtained ISO9001:2015, CE, and GOST certifications. Today, our piling brand stands as a market leader across Southeast Asia and remains a preferred vendor for major infrastructure developments in Africa, the Middle East, and beyond.
Pioneering the integration of intelligent control systems and high-torque electro-hydraulic systems to meet modern engineering challenges.
Modern geotechnical rigs must adjust dynamically to changing sub-surface layers. SINOVO rigs incorporate load-sensing hydraulic systems that adjust engine throttle and rotary torque output automatically based on actual resistance. This minimizes fuel consumption, prevents kelly bar binding, and extends tool wear life.
By transitioning quickly between traditional Kelly Bar drilling and CFA technology (offered on platforms like the TR60 and TR280W), operators can handle diverse soil conditions without mobilizing multiple machines. This adaptation significantly lowers overall operational costs.
Through integrated CAN-bus electronic systems, our rigs collect real-time data on drilling parameters (inclination, vertical depth, hydraulic temperature, rotational speed). This telematics suite supports predictive maintenance, reducing costly down-time on complex projects.
For sensitive urban environments, vibration-sensitive foundation designs require specialized engineering. Our VY420A static pile driver addresses these strict noise and vibration rules by utilizing hydraulic press-in methods, avoiding dynamic impact while maintaining high pile capacity.
A closer look at the unique features and target geological applications of our premier machinery fleet.
The SK666 Micro Pile Drilling Rig is a versatile engineering rig designed for precision ground engineering. Engineered for high efficiency and stability, it is the ideal choice for anchor bolts, photovoltaic micro-piling, blasting holes, and casing operations under constrained site access conditions.
Utilizing high-pressure hydraulic oil systems, this equipment applies advanced wedge mechanics to generate thousands of tons of splitting forces. Perfect for non-explosive quarrying, concrete demolition, and urban subterranean excavation.
Designed as a self-erecting compact rig, the TR60 integrates advanced electronic control systems with reliable load-sensing hydraulics. Highly efficient for friction and interlocking Kelly Bar operations, and convertible for Continuous Flight Auger (CFA) configurations.
The GM-5B Crawler Type Full Hydraulic Engineering Drilling Rig is designed for subway pit retaining walls, anti-floating anchors, highway slope stability, tunnel pre-grouting, and down-the-hole (DTH) hammer operations.
Featuring a heavy-duty crawler track frame and a 3-ton auxiliary crane arm, the SGZ-150S is a specialized solution for multi-tube jet-grouting configurations. Perfect for sealing deep excavation pits and strengthening soft soils under foundations.
Built upon a robust utility loader chassis, this system delivers quick mobility for installing solar panel structural posts, utility poles, and shallow civil foundations.
Featuring dual-medium intakes (supporting both air and water flush), the SK800 serves a variety of purposes: anti-floating anchors, tunnel grouting, casing installation, and micro-pile installations.
Equipped with a high-torque percussion head, the SK900 drills through gravel, sand, and collapsing formations quickly without needing external air compressors or down-the-hole hammers.
Sized specifically for hole diameters between 50-90mm, the SK680 offers a compact, lightweight body with high maneuverability. It is designed for rock drilling in underground mines, municipal excavation sites, and confined tunnel spaces.
Features a 75KW primary drive and a 460KN thrust force capacity. Ideal for deep ground treatment, supporting diameters up to 1200mm and drilling depths up to 28 meters.
Minimizing operating risk and maximizing uptime with a structured support ecosystem.
We work closely with client engineering teams to review geological profiles, soil conditions, and spatial constraints. Every rig undergoes testing to verify it meets specific project requirements before shipment.
We manage logistics and transport through partner ports to ensure timely delivery. Standard orders ship within 10 to 15 days, while customized rigs receive detailed tracking throughout the modification phase.
All machinery comes with a one-year warranty. We offer on-site operator training, system calibration, and prompt replacement of wear parts, backed by global spare parts depots to minimize project downtime.
A proven track record of reliable performance in diverse geological formations worldwide.
Sinovo crawler crane in Bangladesh
Sinovo drilling rig in Saudi Arabia
Sinovo rotary drilling rig in Singapore
The Sinovo hydrostatic machine in Bangladesh
The Sinovo rotary rig in Saudi Arabia (1)
The Sinovo rotary rig in Saudi Arabia (2)
The Sinovo well rig in DR Congo
TR180F rotary drilling rig in Bangladesh
TR200D - Lebanon
TR250D - Lebanon
All SINOVO facilities operate under strict quality management structures to deliver reliable performance in the field.
Our production facilities feature precise assembly lines and dedicated quality testing areas. We simulate high-load geological resistance to verify that every hydraulic cylinder, rotary drive motor, and mechanical frame meets structural stress requirements before leaving the factory.
SINOVO regularly participates in global construction machinery exhibitions (such as Bauma, Conexpo, and localized APAC infrastructure events) to showcase our latest technologies. Our engineering and technical teams bring over 30 years of field experience to assist clients with complex projects worldwide.
Explore our highly reliable spindle-type core drills, heavy-duty piling rigs, and water well drilling equipment.
Configuring machinery to match site conditions helps operators optimize tool selection and drilling parameters.
Geotechnical projects must contend with dynamic and varying soil layers, demanding adaptable equipment configurations:
Choosing the correct drilling methodology is critical to optimizing cost-per-meter ratios. Continuous Flight Auger (CFA) drilling provides rapid excavation in homogenous, self-supporting clay soils. However, when drilling through boulders, gravel, or saturated sands, selecting a heavy-duty rotary rig equipped with a robust Kelly bar and telescoping casing system is essential to prevent borehole collapse.
Our application engineers help clients analyze soil conditions, select tool configurations, and implement effective drilling parameters to maximize performance on site.
Answers to common technical and commercial questions about operating, configuring, and maintaining deep foundation machinery.
The choice depends on geological reports and local environmental constraints. Rotary drilling rigs (like the TR Series) excavate holes for cast-in-place concrete piles, making them highly versatile across various soils, including rock layers. Static pile drivers (like the VY420A) press pre-cast concrete or steel piles directly into the ground without dynamic impact. This makes them ideal for soft soil conditions near sensitive structures where noise and vibration must be minimized.
For collapsing soils, we recommend using a double-wall casing system or a continuous mud circulation slurry (bentonite or polymer) to support the borehole walls. Rigs equipped with high-torque rotary drives and telescoping casing tools (such as our TR300 and TR600) provide the structural force needed to install and extract casings in challenging ground conditions.
Standard machinery configurations typically ship within 10 to 15 days of order verification. Customized engineering orders may require a longer lead time, depending on structural modifications. We process shipments through our production base in Xianghe Industrial Park, utilizing Tianjin Port for efficient sea freight routing worldwide.
We provide a comprehensive one-year warranty on all rigs, covering pre-sale calibration, operator training, and maintenance support. Our rigs utilize hydraulic pumps, valves, and engines from established global manufacturers (such as Rexroth, Kawasaki, and Cummins), allowing operators to easily source standard replacement parts locally when needed.
CFA mode allows for continuous excavation and concrete casting in a single operation. As the auger drills to the target depth, concrete is pumped down the hollow stem as the auger is extracted, helping to maintain borehole stability. This method is highly efficient for civil foundation work in cohesive soils, saving time compared to standard drilling buckets.
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