High-performance engineering units engineered for deep excavation, piling foundation, and high-precision geo-drilling.
Established at the vanguard of heavy industrial engineering in the early 1990s, the SINOVO Group has systematically scaled its operations to become an internationally recognized, ISO9001:2015-certified OEM/ODM supplier of deep hole boring, piling rigs, and geological exploration equipment. Serving critical civil engineering, infrastructure, and mining sectors across more than 120 countries, SINOVO represents the intersection of robust metallurgical engineering, precise hydraulic control systems, and customized geotechnical solutions.
Deep hole boring is not merely the process of excavating soil; it is a complex discipline of maintaining bore stability, controlling torque transfer over long distances, managing slurry and fluid hydrodynamics, and mitigating axial deviation. Whether utilizing telescopic friction or interlocking Kelly bars, SINOVO rigs are engineered to manage torque output up to hundreds of kilonewton-meters (kNm) while minimizing component fatigue and maximizing structural integrity in varied geological layers.
Headquartered in Beijing, China, and backed by a modern 120-million-yuan manufacturing base in the Hebei Xianghe Emerging Industry Demonstration Zone (covering 67 mu or 7,800 square meters), our factory runs advanced CNC machining centers, automated welding bays, and rigorous structural stress-testing facilities. Our annualized output capacity speaks directly to our capability to meet massive global capital projects:
Over the past two decades, China's industrial manufacturing has undergone a shift from basic assembly to high-precision engineering. SINOVO Group stands at the center of this transformation, leveraging complete supply chain integration to offer world-class deep hole boring machines and foundation pile equipment.
By positioning our primary production base in Xianghe Industrial Park, just 100 kilometers from the Port of Tianjin, SINOVO secures immediate access to domestic premium steel mills, specialized hydraulic valve suppliers, and advanced electronics clusters. This geographical proximity reduces transit costs and raw material procurement lead times, allowing us to pass significant cost savings to our clients without compromising mechanical tolerances.
Modern geotechnical drilling demands absolute precision. SINOVO's engineering team works closely with leading global hydraulic system developers to design integrated electro-hydraulic load-sensing control systems. These systems dynamically adjust torque and rotational speed in real-time, matching geological conditions (e.g., transition from soft clay to hard granitic rock). This prevents sudden mechanical shocks, reduces fuel/power consumption, and extends tool life.
Every deep hole boring rig and pile driver leaving our factory undergoes a multi-phase validation process:
Technical specifications, application parameters, and design features for our core equipment line.
The SK666 Micro Pile Drilling Rig is a versatile engineering drilling machine that combines high efficiency, flexibility, and stability. It is 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, it offers excellent geological adaptability and operational convenience, significantly enhancing construction efficiency and hole quality.
Utilizing high-pressure hydraulic oil as its primary power source, this equipment applies advanced oblique wedge principles to generate splitting forces ranging from hundreds to thousands of tons. This industrial-grade equipment can split massive boulders within seconds, separating hard ore from rock formations. It features a compact and lightweight design for easy operation in urban construction, quarrying, mining, and disaster relief.
The TR60 rotary drilling rig is a self-erecting design that incorporates hydraulic load-back technology and electronic control systems. Designed to reach advanced global standards, it features a simple, compact structure, reliable performance, and humanized operation. It supports telescopic friction or interlocking Kelly bars as standard, and CFA drilling applications as an option.
Engineered for urban deep foundation pit support, soil nail wall support, and highway/railway slope support. It excels in drilling anti-floating anchor rods, thin underground continuous walls, and pipe shed grouting. Highly compatible with down-the-hole vertical drilling, casing drilling, and composite drilling techniques, making it a versatile tool for complex soft foundations and geological disaster mitigation.
Designed with a crawler base, this rig is suitable for foundation reinforcement, water blocking, and leakage prevention in urban underground spaces, subways, and bridge foundations. It supports multi-tube vertical/horizontal construction with drill pipe diameters of 89-142mm, as well as swing/fixed spray jet grouting. Equipped with a 3-ton crane arm to reduce manual labor.
Modified from a loader chassis, the ZF40 is designed for small-diameter, shallow-depth foundation projects. It is suitable for drilling and installing utility poles, photovoltaic piles, and agricultural support frames. This machine combines cross-country mobility with rapid setup times for rural power grid upgrades and solar farm installations.
A dual-use water and gas rig designed for multi-purpose geotechnical applications. Highly effective for anti-floating anchors, anchor cable anchoring, slope support, high-pressure rotary spraying, and tunnel grouting. It handles submerge-hole rock drilling, pit casing, core drilling, miniature piling, and steel pipe piling under diverse geological formations.
Featuring a high-power top impact head, the SK900 achieves impact drilling without requiring a separate down-the-hole hammer or air compressor. Delivering high torque and rapid rotation, it is suitable for drilling through gravel, sand layers, and collapsible formations. This setup ensures hole quality and straightness in unstable geological conditions.
Designed for front-line operations requiring small-diameter holes (50-90mm). Lightweight, compact, and highly mobile, the SK680 handles rough terrain where larger rigs cannot operate. It is suited for static rock splitting, blasting hole preparation in underground mining, construction pits, urban sites, and tunnel construction.
Equipped with a 75KW main motor, the SH5D features a maximum mixing diameter of 1200mm and a drilling depth capacity up to 28m. With a total weight of 25,000kg and a longitudinal step displacement of 1.8m, this rig is designed for soil mixing, deep foundation stabilization, and building core pile containment barriers.
Heavy equipment must prove its value in the field. SINOVO Group's machinery operates across diverse geological profiles worldwide, demonstrating torque capacity, structural reliability, and precise depth control.
In Singapore's urban developments, geotechnical projects face strict noise and vibration regulations, alongside complex marine clay deposits. SINOVO's hydraulic rotary rigs, equipped with customized friction Kelly bars, were deployed to drill large-diameter bored piles without destabilizing adjacent subway tunnels.
Drilling through basalt and hard volcanic rock formations in Central Africa requires durable equipment. SINOVO water well drilling rigs, featuring reinforced mud pumps and top-hammer systems, enabled local operators to complete deep aquifer wells up to 300 meters deep, with minimal down-time.
Arid, sandy formations prone to collapse present major challenges for foundation piling. Deploying the TR250D and TR200D rotary rigs in Saudi Arabia allowed contractors to use bentonite slurry stabilization systems alongside telescopic Kelly bars. This setup maintained bore verticality and hole stability in loose, dry sands.
SINOVO Group operates as both a machinery supplier and a collaborative partner for custom geotechnical solutions. We recognize that drilling conditions vary globally, meaning off-the-shelf equipment may not always meet project demands.
Our engineering division provides customized configurations for main chassis components, hydraulic systems, and tool interfaces. We can modify rotary drives to supply higher torque at lower RPMs for hard rock formations, adapt crawler systems for swampy environments, or design bespoke Kelly bars (ranging from 12m to 80m+ depth capability) using imported high-grade steel tubing.
To keep project down-time to a minimum, SINOVO maintains a dedicated customer support network.
Compliance and engineering excellence validated by global standards bodies and patent offices.
Technical answers to key procurement and operational questions for engineering leads and buyers.
Explore our complete inventory of auxiliary tools, desanding machinery, hydraulic anchors, and water well drilling rigs.
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