Direct supply and global export logistics for top-tier geological exploration and heavy pile drilling equipment.
Unlocking mineral exploration and ground assessment values through highly dynamic, mobile, and versatile core extraction equipment.
In modern mineral extraction, stratigraphic assessments, and civil engineering foundation evaluations, the efficiency of soil and rock core sampling remains a critical path parameter. Trailer-type core drilling rigs fill a specialized niche in this landscape, balancing the deep capacity of heavy crawler-type rigs with the agility and low footprint of smaller portable systems. By mounting a high-torque rotary spindle, hydraulic feed piston, and robust mast assembly on an integrated multi-wheel trailer chassis, manufacturers have engineered a tool optimized for rapid mobilization and stable deployment.
Information Gain Concept: Unlike crawler assemblies that require flatbed heavy transport permits and consume substantial onsite diesel during positioning, trailer-type platforms can be towed directly to the site using standard commercial utility vehicles. This dramatically lowers mobilization costs and speeds up exploratory programs in remote areas.
These rigs are engineered with heavy-duty gearboxes capable of generating high rotary speeds, which is essential for diamond bit cutting in solid rock formations. Spindle-type core rigs allow operators to execute precise feed-rate control through advanced double-action hydraulic cylinders. This level of precise feedback ensures that core recovery is maximized even in highly fractured geologic strata. Systems like the XYT-1A and XYT-280 integrate robust mechanical clutches with multiple gearbox speeds, providing the operational flexibility needed to handle soft clays as well as dense granites.
Inside the Sinovo Heavy Industry manufacturing footprint, delivering competitive pricing and certified quality standards globally.
Located in the industrial heartland of Beijing and Xianghe, Sinovo Heavy Industry Co. Ltd. leverages a highly optimized supply chain that integrates component casting, precision machining, and specialized hydraulic calibration. Our manufacturing base covers an area of 7,800 square meters, equipped with over 50 pieces of heavy metal fabrication and diagnostic equipment. This centralization minimizes manufacturing waste and streamlines structural assembly, allowing us to supply world-class trailer core drilling rigs at highly competitive pricing.
Proximity to the port of Tianjin (only 100 kilometers from our Xianghe production zone) facilitates efficient containerized packaging and logistics. By reducing land transport times and keeping port delivery costs low, we pass these savings directly to our buyers in the form of optimized FOB, CIF, or DDP quotes. Our supply chain utilizes premium structural steel alloys and partners with global hydraulic component suppliers (such as Kawasaki, Rexroth, and Eaton), ensuring that while our prices reflect Chinese manufacturing efficiency, our performance matches top-tier European standards.
Watch our rotary and core drilling rigs undergo quality control testing and engineering inspection.
A history of innovation starting from the early 1990s, built on technical expertise and reliable customer support.
SINOVO Group is a professional supplier of construction machinery equipment and construction solutions, engaged in the field of construction machinery, exploration equipment, import and export product agent and construction scheme consulting, has been serving the world's construction machinery and exploration industry suppliers.
Backbone members began serving in the field in the early 1990s. In 2008, we established TEG FAR EAST in Singapore to expand into Southeast Asian markets. In 2010, we invested 120 million yuan in our 67-mu Xianghe demonstration zone manufacturing base, scaling production of water well, pile, and geological exploration machinery near Tianjin port.
We provide a comprehensive warranty program for all our drilling equipment. This includes operator training, software system integration, and wear-parts replacement within the warranty period. Main engine blocks and hydraulic parts utilize globally sourced components, enabling easy maintenance for our overseas clients.
To ensure alignment with the rigorous operating requirements of our clients, we deploy a structured service cycle:
We provide comprehensive technical documentation, geological matching analysis, and rig optimization suggestions. We also facilitate third-party inspections to verify compliance with local engineering codes before shipment.
Our typical delivery times run between 10 to 15 days for standard models, with slightly extended schedules for bespoke adjustments. We maintain continuous operational reporting throughout custom manufacturing cycles.
We offer 1-2 weeks of onsite commissioning, operator certification programs, and free replacement of wear components during the warranty period. Remote engineering support is available 24/7.
Ensuring cross-border machinery compliance, structural integrity certifications, and custom clearances.
Deploying exploration machinery across international borders requires adherence to safety, environmental, and structural regulations. SINOVO drilling systems are built to conform with global standards, which simplifies local regulatory approvals for our clients. Whether navigating European diesel emission laws, Eurasian Customs Union directives, or South American occupational safety standards, our engineering team ensures all structural documents are prepared.
SINOVO products have obtained ISO9001:2015, CE, and GOST certifications, assuring buyers of our manufacturing quality and design safety. Holding a Class A Customs rating in China allows for streamlined customs clearances, faster export inspections, and reliable shipping timelines for our buyers.
A look at our state-of-the-art manufacturing facilities, global trade shows, and specialized engineering staff.
Analyzing key evaluation factors for procurement managers and the shift toward telemetry-integrated rigs.
Industrial buyers and procurement managers evaluate drilling equipment based on total cost of ownership (TCO). This includes not only the initial purchase price of the rig, but also the lifecycle costs of replacement parts, fuel consumption, downtime risks, and the availability of local technical support. When sourcing trailer-type core drilling rigs, buyers assess the durability of the rotary head, the maximum depth capability using standard NQ/HQ drill pipes, and the reliability of the hydraulic pumps.
In response to these requirements, modern manufacturers are integrating telemetry systems into exploration machinery. Real-time monitoring of hydraulic oil temperature, rotational torque, and feed pressure allows maintenance teams to anticipate component wear before a failure occurs. Furthermore, environmental regulations are driving updates in engine design, prompting the integration of low-emission powerplants, such as EPA Tier 4 Final and EU Stage V compliant diesel engines, particularly for projects in North America and Western Europe.
Local Application Insights: In remote regions, such as parts of Central Africa and Southeast Asia, operators value simpler, mechanical engine designs that can be maintained using basic tools and standard parts. Sinovo offers configurable engine options, allowing buyers to choose between advanced electronic units or robust mechanical engines based on local support capabilities.
SINOVO machinery in action across diverse climates, soil profiles, and engineering configurations.
Deploying SINOVO heavy crawler crane units to perform soil dynamic compaction on alluvial silt deposits, preparing the ground for high-capacity industrial builds.
Executing deep hydraulic rotary drilling through layered sandstone and limestone aquiferous layers, operating reliably in temperatures exceeding 45°C.
Utilizing high-precision rotary piling rigs to place structural foundation shafts inside constrained metropolitan environments, working near active rail lines.
Deploying silent hydraulic pile-jack systems in residential zones, minimizing local community disruption while maintaining strong pile driving metrics.
High-torque boring for infrastructure column foundations. This project demonstrated the reliability of our hydraulic systems under continuous peak loads.
Installing load-bearing foundation piles for highway bridge supports, ensuring compliance with local geological safety codes.
Deploying portable and trailer-mounted water well drilling rigs to supply fresh water to remote communities, utilizing mechanical engines for easier local maintenance.
Drilling large-diameter foundations through cohesive clays and sand layers, leveraging high rotary speeds and automatic verticality monitoring systems.
Deploying TR200D and TR250D rotary drilling platforms for municipal construction projects in Lebanon, drilling through hard rock and mixed fill formations.
Review engineering profiles and operational capabilities for our primary drilling machinery line.
A versatile engineering drilling machine designed for large-diameter, high-precision drilling. Widely used for micro piles, photovoltaic holes, anchor bolts, casing holes, and blasting operations. It provides reliable geological adaptability and operational convenience.
Utilizes high-pressure hydraulic oil to generate splitting forces ranging from hundreds to thousands of tons. This industrial-grade tool simplifies splitting massive boulders and separating hard ore from rock formations during mining and demolition operations.
A self-erecting rig featuring advanced hydraulic load-sensing technology and integrated electronic controls. Designed for drilling with telescopic friction or interlocking Kelly bars, and configurable for continuous flight auger (CFA) applications.
Engineered for urban deep foundation support, slope stabilization, pipe shed grouting, and blasting hole construction. This crawler-based rig can operate in complex formations using down-the-hole hammer, casing, or rotary jet-grouting methods.
Suitable for subway, bridge base, and basement reinforcement works. It handles multi-tube vertical or horizontal jet-grouting using pipe diameters from 89 to 142mm. Includes a 3-ton crane arm to facilitate drill pipe handling.
Built on a modified loader chassis, this model is designed for small-diameter, shallow foundation projects. It is well-suited for drilling utility pole holes and installing solar photovoltaic mounting piles in varying soils.
A dual-use system configured for both air and mud drilling, suitable for deep basement anchor cables, high-pressure rotary spraying, micro piles, steel pipe piles, and core exploration drilling in varying soil profiles.
Features a high-power top-drive impact head, allowing for percussion drilling in collapsing sandy soils, gravels, and riverbeds without requiring an external down-the-hole hammer or air compressor system.
Engineered for small-diameter (50-90mm) holes in confined spaces. Its lightweight chassis and low profile allow it to operate in underground mines, urban utility trenches, and narrow excavation zones.
Technical Specifications:
Main Motor Power: 75KW | Drill Rod Diameter: Ø1200mm | Oil Pump Motor: 18.5KW | Drilling Force: 460KN
Drilling Speed: 0.05-2.2m/min | Rotation Speeds: 5-96RPM (Forward) / 5-90RPM (Reverse)
Total Weight: 25,000KG | Maximum Drilling Depth: ≤28 Meters | Core Pile Diameter: 500-1200mm
Answering common questions regarding shipping logistics, regulatory compliance, custom engineering, and warranty workflows.
Further exploration platforms, horizontal boring equipment, and heavy pile excavation systems.
SINOVO