Explore our primary selection of industrial-grade compaction machinery, core drills, rotary rigs, and precision horizontal directional drilling units designed to perform under critical geologic conditions globally.
High-performance dynamic compaction crawler crane engineered for robust foundation works and ground improvement projects.
Fully certified horizontal directional drilling machine featuring a max rotary speed of 120rpm for urban utilities deployment.
Highly portable core drilling machine with hydraulic control systems, engineered for exploration depths up to 180 meters.
Heavy-duty rotary drilling rig configured for deep structural boring in complex structural geologic strata.
Noise-free, vibrationless static piling rig optimized for heavy infrastructure and urban boundary construction.
Premium pre-owned and refurbished rotary rig options guaranteeing cost-effectiveness with high structural efficiency.
Engineered for large-scale diaphragm wall construction, offering high excavation verticality and reliability.
Trailer-mounted core drilling rig offering maximum mobility for deep geoscientific and mining exploration projects.
In the modern manufacturing landscape, the synergy between heavy foundation engineering systems and precision machining centers is pivotal. Large-scale structural components utilized in rotary drilling rigs, pile drivers, and crawler cranes must be fabricated using advanced Vertical Machining Centers (VMC). The performance of VMCs directly hinges on the precision of the integrated boring tools. From micro-tolerances in hydraulic casing valves to deep-bore integrity in steel structures, boring tools for VMCs shape the baseline of construction equipment resilience.
Globally, infrastructure development has experienced rapid industrial transitions, particularly in the Middle East, Southeast Asia, and Africa. As geological engineering encounters diverse challenges, the demand for custom tool configurations has grown exponentially. Companies must ensure their fabrication pipelines utilize top-tier tooling systems capable of machining alloy steels, high-strength cast iron, and tempered structures. By aligning structural integrity with rigorous certification matrices, global manufacturers achieve the required operational security for high-risk megaprojects.
SINOVO Group is a professional supplier of construction machinery equipment and comprehensive construction solutions. Operating since the early 1990s, the core backbone members of our organization have remained dedicated to improving efficiency across piling, hoisting, drilling, and geotechnical exploration sectors. Through over two decades of constant innovation, the company has forged strategic alliances with global equipment manufacturers, earning numerous accolades in international engineering machinery distribution.
Our operational scope spans five continents. Our product portfolio—ranging from dynamic compaction cranes to multi-functional top drive anchor systems—meets strict quality control standards. SINOVO piling and drilling machinery has emerged as a premium brand in Southeast Asia, East Africa, and the Middle East, supported by localized spare parts distribution centers in Singapore, Dubai, and Algiers.
In 2008, SINOVO completed strategic integration projects by establishing the *TEG FAR EAST* regional headquarters in Singapore, intensifying our integration with the Southeast Asian market. In 2010, the company capitalized a manufacturing base spanning 67 mu in Hebei Xianghe Emerging Industry Demonstration Zone. This facility represent an investment of 120 million RMB, housing high-precision machinery including custom milling networks and VMC configurations. Located just 100 kilometers from the Port of Tianjin, the facility reduces transportation logistics costs, passing the structural savings on to our global client base.
Today, our Beijing headquarters (Beijing Sinovo International & Sinovo Heavy Industry Co. Ltd.) coordinates advanced engineering workflows across an 7,800 square meter production center equipped with over 50 key fabrication machines.
Below are the core technical systems designed and manufactured at our industrial plants. Each machine is engineered to support structural foundation engineering while incorporating state-of-the-art hydraulic and electrical control loops.
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. Offers excellent geological adaptability.
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. Compact, lightweight, and essential for quarrying.
Self-erecting rig adopting advanced hydraulic loading back technology, integrating electronic control loops. Features simple, compact structures with reliable performance. Suitable for drilling with telescopic friction or interlocking Kelly bars, as well as CFA drilling configurations.
Deploys for urban deep foundation support, soil nail walls, highway slope support, anti-floating anchor rods, pipe shed grouting, and rock blasting hole construction. Configurable for single or double tube rotary jet grouting operations.
Suitable for subway, highway, and dam foundation reinforcement. Handles drill pipe diameters of 89~142mm for multi-tube vertical/horizontal setups. Equipped with a 3-ton crane arm to minimize labor strain during casing handling.
Modified from an industrial loader chassis. Specially configured for small-diameter, shallow-depth utility pole and photovoltaic pile installations in agricultural or suburban electrical grid infrastructure projects.
Dual-use design accommodating water and gas systems. Configurable for anti-floating anchors, tunnel grouting, submerged down-the-hole rock drilling, casing support, core drilling, and steel pipe piling operations.
Adopts a high-power top impact system capable of percussion drilling without external compressors in sandy gravel and collapsing formations. Maximizes rotation torque for speed and structural hole security.
Specially configured for 50-90mm small-diameter blast holes. Light chassis and rapid travel speeds allow accessibility in tight underground mines, construction pits, and urban environments.
Features a 75KW main motor, drilling depths ≤28M, pile diameter up to 1200mm. Equipped with a type II-30M mast and longitudinal/horizontal hydraulic walking systems for absolute stabilization.
Engineering accuracy is backed by systematic industrial testing protocols. All SINOVO products undergo detailed stress analysis, hydraulic inspection, and geometric calibration. We maintain full traceability in line with our ISO 9001:2015 Quality Management System, alongside European CE and Russian GOST conformity declarations.
Our dedicated R&D division has developed multiple proprietary solutions, establishing a robust portfolio of industrial patents that optimize torque distribution, speed ratios, and noise mitigation in drilling systems.
GOST (TR) Certificate (1)
GOST (TR) Certificate (2)
Global Customer Evaluation
Rated Science & Tech Enterprise
Every rotary system, micro-pile unit, and VMC-machined gear casing is manufactured under strict quality thresholds. SINOVO's production plants integrate modular assembly stations with robotic welding positioners and deep-hole honing machinery.
Heavy Structural Assembly Floor
Precision Component Milling & Boring
Final Assembly Inspection Bay
As an industry-leading manufacturer, SINOVO routinely showcases next-generation boring, drilling, and piling machinery at international trade fairs, including Bauma, Conexpo, and localized engineering exhibitions across regions.
SINOVO guarantees standard-setting service with rapid deployment. To keep down-time minimal, we implement a multi-tiered customer support framework that bridges the pre-sale, in-sale, and after-sale phases.
Our core engineering and sales personnel average more than 30 years of operational experience. By prioritizing continuous training, our factory R&D center consistently integrates the latest hydraulic control and electronic feedback loops into our machinery line.
From the clay structures of Bangladesh to the high-ambient environments of Saudi Arabia, SINOVO piling and drilling rigs have successfully delivered foundation systems for highways, skyscrapers, and infrastructure pipelines.
Sinovo crawler crane executing dynamic compaction work at a port facility in Bangladesh.
Deploying high-torque Kelly rigs for critical structural piles under desert conditions.
High-precision micro-piling utilizing quiet static driving machinery near residential zones.
Hydraulic press piling systems deployed on soft alluvial soils to secure structural load capability.
Deep-foundation rotary excavation drilling through mixed gravel and limestone strata.
Continuous casing installation utilizing high-pressure hydraulic oscillators on heavy rigs.
Deploying core drilling configurations to secure community water access in volcanic rock layers.
Continuous foundation drilling under high-groundwater table conditions near riverbanks.
Precision pile drilling for highway flyover expansions in mountainous coastal geology.
High-torque boring rigs excavating rock sockets for high-load bridge abutments.
As manufacturing transitions toward Industry 4.0, the connectivity between CNC machining centers, VMC boring tools, and heavy machinery field data is tightening. SINOVO's technical team is focused on implementing three key developments to advance our product performance:
| Development Phase | Core Focus | Technological Target | Expected Industry Impact |
|---|---|---|---|
| Phase I (Short-term) | Sensor-Integrated Tooling | Real-time vibration and thermal tracking in VMC boring units. | Reduces machining defects in alloy gearbox components by up to 25%. |
| Phase II (Mid-term) | Ultra-Hard Materials Integration | Adoption of advanced polycrystalline diamond (PCD) inserts. | Extends tool lifespan by 40% when machining high-abrasion cast steels. |
| Phase III (Long-term) | Autonomous Geotechnical Controls | Telemetry feedback linking actual site torque to CNC drilling operations. | Enables automatic feed speed adjustment based on real-time geological resistance. |
Read through our technical support answers addressing queries commonly raised by procurement managers, machine operators, and engineering directors.
Below is our second selection of heavy-duty pumping equipment, hammer drilling rigs, casing extractors, and non-coring bits designed to maintain high excavation integrity on demanding jobsites.
Heavy-duty mud pump configured to maintain reliable bentonite slurry circulation during deep-hole drilling.
High-frequency top hammer rig engineered for rapid blast hole boring in rocky geological strata.
Compact design optimized for low-headroom micro-piling, retrofitting, and urban foundation projects.
Highly stable step-walking pile rig configured for large-diameter deep foundation piling projects.
Standard portable exploration core drilling system, a reliable option for geotechnical site investigations.
Mid-to-high capacity rotary drill rig designed for municipal bridges and high-load industrial structures.
High-power hydraulic casing extractor designed to pull large-diameter steel tubes from deep holes easily.
Premium alloy steel non-coring bits designed to maintain high excavation rates across soft to medium-hard rock.
SINOVO