Engineered to deliver ultimate drilling torque, geotechnical precision, and rugged durability under complex stratum structures.
Engineered for mineral exploration and deep-hole geotechnical testing, features a highly responsive full-hydraulic system to ensure continuous coring accuracy.
Top-tier crawler mounted core drilling platform designed for extreme soil conditions, integrating advanced torque-control and heavy-duty tracks.
Certified for European markets, the SD-400 offers standard-setting safety controls and a powerful hydraulic drive for medium-depth core recovery.
A highly economical yet robust crawler platform suitable for foundation micro-piling, slope reinforcement, and initial soil sampling operations.
Multi-functional capability allows rapid configuration switches between jet grouting, micro piling, and standard geological diamond core extraction.
Optimized for horizontal and angled structural anchoring. Excellent stabilization for deep urban excavation pits and landslide control barriers.
Designed for high-speed continuous sampling. Keeps the borehole secure via reverse fluid circulation, optimal for bulk mining exploration.
Heavy-duty foundation giant. Delivering industry-leading torque outputs to handle extreme-diameter piling in bridges and high-rise developments.
Core exploration is the bedrock of infrastructure and mining development. SINOVO Group specializes in custom engineered, crawler-mounted mechanical systems designed to withstand the highest torsional strains. By integrating a dynamic steel crawler base with heavy-duty hydraulic top-drive rotary heads, our rigs maintain perfect verticality and operational balance even on unstable geological surfaces.
In high-precision exploration, core recovery rate is the defining metric. Ordinary drilling equipment suffers from mast deflection and motor vibrations, compromising core samples. SINOVO's crawler core drilling rigs mitigate this through multi-point stabilization masts and electro-hydraulic feedback sensors. This ensures your site team achieves precise, intact stratigraphic samples in the shortest possible cycle time.
Our engineering footprint spans across complex earthworks: from the high-altitude, variable conditions of South America to the deep foundation needs of urban Southeast Asian megacities. We design every assembly, from the hydraulic power packs to the dual-speed gearboxes, under one core philosophy: relentless structural reliability.
Pioneering the export of high-grade construction and core exploration machinery to over 120 countries.
SINOVO Group has been serving the global construction machinery and geological exploration industry since the early 1990s. With over 20 years of relentless research and market adaptation, we have formed long-term strategic alliances with world-renowned machinery manufacturers. In 2008, to optimize support for rapid infrastructure development across Southeast Asia, SINOVO established TEG FAR EAST in Singapore, transforming our regional distribution capability.
In 2010, the group accelerated manufacturing capability by investing 120 million yuan to construct a state-of-the-art 67-mu production base in the Hebei Xianghe Emerging Industry Demonstration Zone. Located strategically 100 kilometers from Tianjin Port, this facility significantly lowers oceanic transit overheads and lead times, translating directly to cost savings for our global procurement partners.
Today, Beijing Sinovo International & Sinovo Heavy Industry Co., Ltd. operate as certified ISO9001:2015 manufacturers. We maintain a high-precision assembly floor holding over 50 advanced heavy-industry production units. Our annual production capacity comprises 1,000 core drilling units, 250 water well drilling units, and 120 heavy rotary piling rigs, establishing us as a reliable partner for global engineering requirements.
Why Tier-1 global general contractors choose SINOVO for their core drilling equipment procurement.
Our heavy manufacturing center is located within the Beijing-Tianjin-Hebei industrial corridor. Having direct access to premium logistics and sitting just 100km away from Tianjin Port guarantees seamless heavy cargo transport, minimum land transit times, and immediate vessel loading operations.
Unlike standard machinery assemblers, our engineering teams are specialized in designing electronic-hydraulic control interfaces. This integration enables real-time mud-pressure feedback, auto-adjusting feed rates, and highly responsive operator control panels that reduce fuel consumption by up to 15%.
We source heavy structural steel and high-tensile alloy components directly from localized premium smelters. Combining local material access with globally respected import parts (valves, pumps, and electronics) allows us to offer rugged, reliable rigs at highly competitive price-points.
Deep-dive into specialized models engineered to handle micro-piling, deep excavation, and rock mass splitting.
An ultra-versatile engineering platform designed to combine speed, climbing mobility, and superior drilling stability. Its structural geometry makes it particularly suited for the installation of micro-piles, solar farm ground arrays, anchoring bolts, steel casing, and pre-splitting blasting holes. Optimized layout maximizes operational safety on steep or loose ground slopes.
Utilizing basic oil-displacement wedge geometry, this machine generates raw mechanical splitting force up to thousands of tons inside pre-drilled rock holes. It is a critical solution for quarrying and mining operations where blasting operations are prohibited due to environmental or structural proximity constraints.
A self-erecting rotary rig featuring advanced load-sensing hydraulic integration. Designed primarily for civil construction foundation work, the TR60 utilizes smart-proportional hydraulics to balance rotational torque against soil reaction forces. This prevents tool stalls and reduces shaft deformation.
This full-hydraulic crawler unit is engineered to support urban foundation excavation shoring, landslide prevention, and heavy-duty slope retention anchors. It provides stable drilling platforms for drilling, anchor installation, and jet grouting projects in variable geomorphic settings.
Specially constructed for geotechnical stabilization, ground impermeability barriers, and subway tunnel stabilization. Equipped with a standard 3-ton crane arm, this rig decreases the labor required to lift casing strings and heavy drilling accessories on the job site.
A massive industrial-grade soil mixing machine engineered for major soil stabilization, deep cutoff walls, and structural load distribution in soft coastal geological zones. Employs dual high-power mixing drives to secure continuous column consistency.
Main Motor Power: 75KW | Mixing Pile Diameter: ≤Ø1200mm
Drilling Motor: 18.5KW | Oil Pump Motor: 18.5KW
Drilling Extraction Force: 460KN | Drilling Feed Rate: 0.05-2.2m/min
Rotational Speed: Forward 5-96 RPM / Reverse 5-90 RPM
Total Chassis Weight: 25,000KG | Maximum Piling Depth: ≤28 Meters
Drill Rod Cross-Section: 180x180x16mm | Base Footprint: 8200x2300mm
Strategic analysis of industry shifts toward green construction, hybrid propulsion, and extreme geological challenges.
Global engineering projects face tougher environmental constraints and more complex strata profiles than ever before. Urban deep-pit excavations require drilling rigs that minimize vibration while achieving maximum structural wall stability. Our multi-purpose crawler platforms address this by supporting diverse methods on one rig, including DTH hammers, core drills, casing runs, and jet-grouting mixers.
By using smart-flow control systems, SINOVO rigs adapt dynamic output pressures to the target layer. In soft clay, flow rates adapt to prevent washout; when boring into granite layers, the rig increases feed pressure and rotational torque automatically, maintaining optimal penetration rates without damaging drill steel.
Electrification & Hybrids: Mining and tunneling operators increasingly favor electric hydraulic power units to eliminate exhaust fumes. SINOVO is developing hybrid power setups to match this shift.
Telematics & Autonomous Control: Modern projects use remote machine health monitoring and GPS mast alignments. Real-time telemetry prevents down-hole failures and optimizes drill-path accuracy.
Multi-Tool Adaptability: Contractors prefer modular rigs that handle multiple configurations. Rigs that can switch from core testing to soil reinforcement save on capital costs and fleet transport logistics.
Ensuring your drilling operations run without interruption, backed by structural warranties and expert training.
Every geologic stratum requires a distinct drill-tool configuration. We review customer core samples and soil reports to customize rotary speeds, pull-back power, and bit choices. All rigs undergo multi-stage pressure testing and mechanical runs to verify performance before dispatch.
We work within target delivery schedules, keeping you updated with manufacturing progress and shipping timelines. Typical production runs require just 10 to 15 days. For customized rigs requiring complex design shifts, our engineering team manages timelines closely to prevent project startup delays.
We back our drilling equipment with a one-year warranty, which covers debugging, operator training, and maintenance. We also dispatch engineers for 1-2 weeks of on-site setup and operator instruction, ensuring your crews know how to run the rigs safely and efficiently.
Validated by international regulatory standards to ensure reliable operation on municipal work sites.
Real-world application reports from projects in the Middle East, Southeast Asia, and Africa.
Heavy foundation ground compaction for port development, securing load capacity on reclaimed coastal soils.
Deep geological exploration in desert conditions, running continuously in ambient temperatures above 48°C.
Urban MRT line piling foundation work, meeting strict local noise levels and drift restrictions.
High-efficiency, noise-free foundation displacement piling in a soft clay geological zone.
Large-diameter boring through hard caliche rock for heavy infrastructure development.
Borehole stability testing and deep shaft foundation engineering under high torque loads.
Detailed technical answers addressing core drill specifications, geological adaptability, and logistics.
Premium solutions for diaphragm wall construction, dynamic soil compaction, and high-performance piling.
Designed for deep excavation cutoff walls, the TG50 grab offers high vertical precision and reliable hydraulic closure force.
Built to withstand the severe vibrations of drop-weight compaction, featuring a heavy-duty undercarriage and high-tensile mast.
A mobile, loader-based piling rig suited for light utility work, road barrier installation, and residential foundation poles.
Our flagship rotary piling rig designed for ultra-deep, large-diameter bridge and high-rise foundation shafts.
Essential mud cleaning system that removes sand and silts from drilling fluids, protecting pumps and improving borehole stability.
A heavy-duty, portable hydraulic power source designed to supply high-pressure oil flow to auxiliary drilling tools and attachments.
Configurable for dry or wet drilling, this rig handles anchors, micro-piling, jet-grouting, and water wells with ease.
A versatile crawler rig designed to deliver reliable performance for medium-depth soil sampling and anchoring work.
SINOVO