Explore our high-performance geotechnical engineering machinery designed for global construction challenges.
Civil engineering projects require heavy-duty machinery built to withstand demanding subterranean geologies. Deciding on the right manufacturing partner from China involves auditing their technical precision, supply chain agility, compliance profiles, and localized engineering support infrastructure.
SINOVO Group addresses this challenge by providing highly engineered foundation solutions. We transition simple machine procurement into a systematic strategic partnership. Our engineers optimize mechanical parameters—from torque output profiles to electro-hydraulic integrations—to matches the exact soil, rock, and climatic conditions of your project site.
A strategic overview of our production capacity, history, and structural engineering capabilities.
SINOVO Group is a professional supplier of construction machinery equipment and construction solutions. We work in the construction machinery, exploration equipment, import and export product agency, and construction scheme consulting fields. Our group serves construction machinery and exploration industry projects globally.
Our key engineering core has been active in construction machinery since the early 1990s. With over two decades of development and innovation, we have formed long-term strategic alliances with major global equipment manufacturers and top Chinese engineering plants. Our work has earned numerous awards in national machinery export projects.
Our portfolio focuses on pile construction machinery, hoisting systems, water well drilling, and geological exploration rigs. We have built trade relationships across more than 120 countries and regions, establishing a distribution and service network across five continents.
In 2008, we integrated our global units, establishing TEG FAR EAST in Singapore to expand and support the Southeast Asian market. In 2010, the company invested 120 million yuan in our manufacturing base within the Hebei Xianghe Emerging Industry Demonstration Zone. This facility covers 67 mu (approx. 45,000 m²) and is dedicated to R&D and manufacturing of piling, water well, and geological rigs. Its location is only 100 km from Tianjin Port, reducing inland transportation costs.
Beijing Sinovo International & Sinovo Heavy Industry Co. Ltd. are ISO9001:2015 certified manufacturers. Our primary facility occupies 7,800 square meters and is equipped with over 50 advanced heavy manufacturing systems. To meet growing global demands, we maintain an annual production capacity of 1,000 core drilling units, 250 water well units, and 120 rotary drilling rigs.
Why sourcing heavy geotechnical drilling machinery from China offers high value and reliable operational security.
Our engineers are at the forefront of electronic-hydraulic control and drive systems. By integrating global hydraulics (from brands like Rexroth and Kawasaki) with robust domestic structures, we provide competitive, high-performance equipment.
Located in the Beijing-Tianjin-Hebei manufacturing corridor, we leverage direct access to raw materials, steel casting plants, high-precision machining centers, and skilled technical labor, keeping overall production costs optimized.
Our Hebei production center is located just 100 kilometers from Tianjin Port, one of China's largest deepwater shipping ports. This proximity reduces inland shipping logistics costs for heavy ro-ro cargo and containerized shipments.
Direct from our manufacturing facility: engineered systems designed for demanding drilling, splitting, and piling environments.
The SK666 Micro Pile Drilling Rig is a versatile, high-efficiency engineering drilling machine designed for stability. Built for large-diameter, high-precision drilling, it is used for micro piles, photovoltaic holes, anchor bolt holes, casing holes, and blasting construction. Offers adaptability across complex soils.
Utilizing high-pressure hydraulic oil, this machine employs the wedge principle to generate splitting forces from hundreds to thousands of tons. Capable of splitting massive boulders in seconds, it is highly suitable for quarrying, open-pit mining, urban excavation, and emergency rescue.
A self-erecting rig featuring advanced hydraulic load-sensing technology and integrated electronic controls. Designed for high efficiency and reliability, it supports standard telescopic friction or interlocking Kelly bars, with CFA configuration options available.
Designed for deep urban foundation support, soil nail walls, slope stabilization, anti-floating anchor rods, thin slurry cut-off walls, and tunnel grouting. Suitable for DTH vertical drilling, casing drilling, and composite drilling techniques.
Engineered for subways, highways, bridges, and foundation reinforcement. Supports multi-tube vertical and horizontal construction for 89-142mm pipe diameters. Features an onboard 3-ton crane arm to reduce manual handling requirements.
Mounted on a heavy-duty loader chassis, this system is optimized for small-diameter, shallow foundation projects. It is widely used for drilling and installing utility poles, photovoltaic piles, and farm grids.
A dual-use water/gas rig suitable for anti-floating anchoring, slope support, high-pressure rotary spraying, tunnel grouting, and pit casing. Features a versatile rotary head designed for drilling in mixed ground.
Features a high-torque top-drive impact head designed for drilling gravel, sand, and collapsing formations. It achieves rapid penetration without requiring a separate down-the-hole hammer or large external compressor.
Optimized for 50-90mm hole diameters in restricted workspaces. The compact crawler chassis offers strong off-road capability, making it suitable for underground mining, deep construction excavations, and trenching.
Features a 75KW main motor, 1200mm drilling diameter capacity, and a 460KN pull-down force. Configured with a stable hydraulic walking base and durable dual-step crawler pads, it is engineered for deep soil mixing and soft ground consolidation down to 28 meters.
Compliance certification and localized engineering support to keep construction sites running smoothly.
Ensuring standardized manufacturing, traceability of steel and structural components, and strict QC testing procedures.
Certified for the European Economic Area, meeting critical safety, environmental protection, and mechanical directives.
Official state recognition of SINOVO's research in structural engineering, automated piling systems, and hydraulic drive patents.
To help customers operate our machines with confidence, we maintain a comprehensive support system, including a one-year warranty on all drilling rigs. During the warranty period, we provide free debugging, operator training, and maintenance services, along with necessary spare parts. Since key hydraulic and control components are sourced from globally recognized brands, local maintenance remains straightforward.
A look inside SINOVO’s manufacturing workshops, metal fabrication zones, and assembly lines.
Our leadership team has over 30 years of experience in the design and production of construction machinery. Supported by a professional R&D division and experienced technical service engineers, we focus on continuous product improvements. We operate a dedicated technology center and hold multiple utility and design patents for rotary piling and geological drilling innovations.
SINOVO Group regularly participates in major global construction machinery exhibitions, including Bauma, Conexpo, and regional trade shows in Southeast Asia and the Middle East, maintaining active engagement with the international engineering community.
Discover SINOVO machinery on high-profile infrastructure projects worldwide.
Key technical shifts impacting global piling projects and equipment design.
Modern piling systems are shifting away from purely mechanical controls toward load-sensing, electro-hydraulic systems. Integrating CAN-bus structures allows operators to adjust drilling torque and crowd pressure based on soil conditions, reducing fuel consumption and mechanical wear.
Industrial IoT telemetry is becoming standard on heavy rigs. SINOVO is incorporating real-time telemetry systems to transmit operational data (such as depth, verticality, and torque pressure) to remote monitoring screens, supporting proactive maintenance and diagnostic assistance.
To optimize equipment utilization, buyers are looking for multi-functional rigs. Modern systems can be converted between Kelly drilling, Continuous Flight Auger (CFA), and soil mixing configurations, reducing the need for multiple machines on site.
Common questions from project managers, engineers, and international procurement specialists.
We evaluate soil density, rock layers, and water table conditions before proposing a rig. For hard rock layers, we recommend high-torque top drives with down-the-hole (DTH) hammer configurations. For unstable sand or silt, we recommend friction or interlocking Kelly bars used with temporary casings.
Standard systems are usually ready for shipment in 10 to 15 days. For customized configurations or structural changes (such as custom mast designs or special engine mountings), delivery timelines are determined during contract negotiations. Our close location to Tianjin Port helps optimize shipment schedules.
Yes. We offer one to two weeks of on-site service, calibration, and training for your local crew. Our engineers will assist with machine setup, system testing, and basic operator certification to help ensure safe worksite operations.
Our rigs come with a one-year warranty. During this period, we replace standard wear parts free of charge. Since we utilize global components (like engines and hydraulic pumps), replacement parts are widely available globally. For structural steel or proprietary parts, we dispatch replacements directly from our warehouse.
Yes, our rigs can be configured with certified engines (such as Cummins, Perkins, or CAT) that meet US EPA Tier 4F or EU Stage V emission standards, ensuring compliance with local environmental laws.
Explore our additional product catalog, covering pile breaking, directional drilling, and hydraulic support systems.
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