High-performance rotary rigs, core drilling systems, and heavy foundation equipment optimized for modern engineering needs.
Premium precision-machined core drilling components including adaptors, rods, casings, and specialized boring links.
High-efficiency portable hydraulic rig designed for exploration boring, water wells, and foundation investigation.
Advanced reverse circulation technology for fast, clean chip recovery and structural boring in complex geology.
Reliable heavy-duty swivels, drill collars, and down-hole tools manufactured under strict tolerance standards.
75-ton lifting capacity crawler crane with high stability for heavy foundation, casing installation and civil engineering.
Ultra-powerful structural extraction machine for removing temporary boring casings in tough subsurface zones.
Compact design optimized for civil structures, municipal pile projects, and narrow workspace requirements.
Reliable exploration core drill featuring advanced multi-speed gearboxes and highly controlled hydraulic feeds.
In the modern landscape of high-precision heavy machinery fabrication, the mechanical reliability and alignment precision of boring tools, gear transmission systems, and heavy pile frames are governed by sub-micron tolerances. SINOVO Heavy Industry Group, utilizing advanced OEM Jig Boring machine systems and heavy precision machining centers, has established a system to produce foundation rigs with optimized concentricity, reduced mechanical vibration, and enhanced load transmission efficiency.
Traditional coordinate boring focuses on simple positioning. Modern industrial demands require high-stiffness double-column portals, hydrostatic guideways, and active temperature-controlled spindles to counteract spindle runout and thermal displacement. These technologies are applied directly to the production of our rotary drilling shafts, gear reducers, and heavy hydraulic casings.
Our OEM manufacturing lines employ jig boring systems with feedback resolutions under 0.1 microns, supported by Heidenhain linear glass scales. This ensures that every high-load joint, rotary distributor head, and core tool sleeve matches alignment requirements, ensuring optimal field performance under severe geological stresses.
The technology roadmap for coordinate jig boring machinery focuses on mitigating thermal deformation. Machine beds are subject to structural twisting due to ambient temperature shifts and heat dissipation from motors. SINOVO's strategic design relies on symmetrical thermal structural layouts, isolated spindles cooled via continuous oil jacket systems, and real-time sensor loops.
Looking toward the next decade, digital twins and AI-based real-time kinematic correction algorithms will guide machine operations. By embedding thermistors inside the machine structure, CNC controls run active compensation algorithms that shift axes dynamically to maintain concentricity down to the sub-micron scale. This enables our production base to supply high-precision mechanical interfaces for the SK-series anchor rigs and TR-series rotary pile machines.
Precision engineering needs vary across different sectors, but the core requirement is reliable geometry:
Operating across global markets requires adherence to local quality systems and international mechanical certifications. SINOVO Heavy Industry and Beijing Sinovo International maintain a certified quality control system complying with ISO9001:2015, CE, and GOST (TR) standards.
Our global supply strategy includes localized logistics and service hubs in Southeast Asia (via TEG Far East in Singapore), the Middle East (Dubai), and North Africa (Algiers). These hubs provide parts supply and engineering support, ensuring downtime is minimized on infrastructure projects worldwide.
Established in 2010 in the Hebei Xianghe Demonstration Zone, SINOVO’s manufacturing plant covers 67 mu (with a total investment of 120 million yuan). Located just 100 kilometers from the Port of Tianjin, the facility benefits from integrated shipping access to reduce export logistics costs.
The facility is organized into production cells utilizing automated cutting, structural welding, machining, and final test stands. Integrating coordinate boring mills and vertical machining centers enables a production capacity of 1,000 core drills, 250 water well rigs, and 120 rotary drilling rigs per year.
We offer pre-sale consultations, delivery inspections, and after-sale support to keep projects running efficiently.
We provide technical configurations, project suitability reports, and boring capacity planning to ensure the selected rig matches your project site geology.
All machinery undergoes multi-point quality testing prior to departure. Third-party inspections are supported to verify all operational parameters.
Enjoy a 12-month warranty, complimentary operator training, and access to OEM spare parts globally to ensure project uptime.
Verified quality management systems, technology patents, and global compliance credentials.
Our machinery operating on high-demand infrastructure sites in over 120 countries.
Explore the dimensions, applications, and mechanical layouts of our primary boring and construction systems.
From core engineering team in early 1990s to an industrial machinery group.
Company backbone members began serving the heavy construction machinery and geological exploration industries.
Established TEG FAR EAST in Singapore to expand sales, technical support, and component distributions in SEA.
Invested 120M Yuan to build a 67-mu production and R&D factory in Hebei, close to Tianjin port.
Developed strategic partnerships and active distribution networks spanning five continents.
Detailed answers to structural, technical, and ordering questions from geotechnical buyers and plant engineers.
Explore our specialized pile breakers, diaphragm wall equipment, grabs, and high-configuration rotary drills.
Heavy duty mechanical coral grabs for underwater excavation, marine construction, and deep mud clearing.
Modular design for breaking cast-in-place concrete square piles. Delivers high speed with low noise.
Deep-well water drilling system with multi-stage controls, high mud pump output, and deep geological capabilities.
Engineered for geotechnical anchoring and micro-piling. High rotary torque output with low operating costs.
High torque rotary rig mounted on heavy crawler chassis, suitable for deep foundation structures.
High-precision wall equipment for subway, deep basement walling, and structural underground water cutoff barriers.
Our highest-power rotary rig configured for heavy rock drilling, hard soil foundation, and deep piles.
High-speed mechanical drive core drill for geological and mine exploration, mineral sampling, and grout hole drilling.
SINOVO
