Advanced geological drilling and excavation rig systems built to maintain continuous performance under the most challenging structural environments globally.
Fully automated crawler core drilling rig systems designed to yield precise stratigraphic cores with minimum operational downtime.
Precision trenchless pipeline installation machinery, utilizing heavy-duty hydraulic pullbacks to manage underground municipal works.
High-performance hydraulic concrete breakers designed to cleanly shear pile heads, preserving structural integrity in foundation work.
Compact micro-piling configuration using advanced electronic hydraulic controls, ideal for confined space drilling and infrastructure reinforcement.
Cost-efficient, powerful hydraulic exploration rigs engineered for deep mineral sampling and hydrological exploration operations.
Industrial-grade diamond impregnated and tungsten carbide bits designed for harsh geological formations and high abrasive resistance.
Designed specifically for multi-tube jet grouting and modern MJS construction methods, achieving optimal foundation stabilization.
In precision engine manufacturing and reconditioning, the Connecting Rod Boring Machine stands as a crucial technology for geometric accuracy. Connecting rods convert reciprocating piston motion into rotational force at the crankshaft. This component undergoes cyclic loads up to tens of thousands of Newtons per square millimeter. Even sub-micron misalignments in the bore geometry can accelerate bearing fatigue, induce crankshaft shear stresses, and lead to engine block failure.
Modern industrial demands are driving a technology roadmap focused on three distinct areas:
Next-generation spindle heads feature active magnetic bearings or high-preload hybrid ceramic angular contact ball bearings. This configuration reduces radial runout to less than 0.5 µm, ensuring perfect roundness in boring operations.
Integrating laser-based interferometry probes into the boring tool holder enables real-time dimension measurements. Data feeds back into the controller to make automatic adjustments, mitigating thermal drift in the tool block.
Transitioning toward Minimum Quantity Lubrication (MQL) and dry cutting technologies using PCD (Polycrystalline Diamond) and CBN (Cubic Boron Nitride) tooling increases environmental compliance and extends tool life.
Our industrial infrastructure extends beyond drilling and foundation equipment into heavy industrial tooling and precision machining. Decades of heavy engineering expertise enable us to manufacture reliable, robust, and accurate processing tools. In modern engine rebuilding operations and automotive manufacturing plants, our solutions offer high stability for complex jobs:
The backbone of SINOVO Group has served the global construction machinery and industrial equipment industry since the early 1990s. With over 20 years of research and innovation, we have built strategic alliances with top global manufacturers and won several awards for export performance in China’s engineering sector.
To better support Southeast Asian markets, we established TEG FAR EAST in Singapore in 2008. In 2010, the company invested 120 million yuan in our Hebei Xianghe industrial base, covering 67 mu (approximately 44,600 sqm). Today, our facilities support regional technology hubs and parts distribution centers in Singapore, Dubai, and Algiers, exporting to over 120 countries.
Our manufacturing facility in the Hebei Xianghe emerging industry demonstration zone reflects the principles of Industry 4.0. Located 100 km from Tianjin Port, this facility offers geographic and logistical advantages that help reduce inland shipping costs, improve delivery times, and protect our global supply chain from disruptions.
By keeping casting, precision milling, heat treatment, and final assembly in-house, we retain complete quality control over our components, eliminating third-party delay risks.
Our design team in Beijing uses advanced electronic hydraulic control engineering, keeping our heavy machinery competitive and up to date with industrial design standards.
Our factories operate under strict ISO9001:2015 and CE quality management guidelines, ensuring high consistency across all manufactured parts and assemblies.
We offer customer support throughout the purchasing cycle. From technical specifications to overseas maintenance, our systems are built to help keep your equipment running reliably.
Global procurement teams face complex challenges, including supply chain disruptions and local regulatory requirements. SINOVO Heavy Industry addresses these issues with structural OEM flexibility, ensuring our machinery matches the specific regional standards of each destination:
We configure custom wiring harnesses and control boards to match voltage requirements (e.g., 380V/50Hz, 460V/60Hz, 230V/60Hz) and meet local safety standards.
We source high-wear components like hydraulic pumps, valves, and seal rings from international suppliers, making it easier for customers to find local replacement parts.
Our control software is localizable, supporting multiple languages and connecting easily to enterprise ERP systems via standardized APIs for remote monitoring.
Our engineering team develops design improvements to optimize load distribution and control efficiency. These efforts are backed by several certifications and industrial patents.
Our machinery operates under diverse environmental and geological conditions worldwide. Below are key field applications showcasing our equipment in action:
Our crawler cranes provide high lifting stability for complex highway flyover construction in Dhaka.
Engineered to withstand high-temperature desert drilling, maintaining continuous hydraulic system pressure.
Compact layout configurations designed to operate within strict noise and emission restrictions.
The Sinovo hydrostatic machine in Bangladesh
The Sinovo rotary rig in Saudi Arabia (1)
The Sinovo rotary rig in Saudi Arabia (2)
Discover our best-selling heavy machinery and foundation drilling products, engineered for stability, speed, and accuracy.
A versatile engineering drilling machine designed for large-diameter, high-precision operations. Widely applied in micro-pile installation, photovoltaic anchor holes, and geological reinforcement.
Utilizes high-pressure hydraulic oil to generate splitting forces up to thousands of tons, separating hard rock formations efficiently in mining and urban infrastructure projects.
Features an advanced electronic hydraulic control system and telescopic friction or interlocking Kelly bars, offering a compact footprint for complex foundation work.
Key information to assist procurement managers and quality engineers evaluating heavy industrial boring machinery.
Precision-machined adapters, subs, water swivels, and hoist plugs engineered to international industry specifications.
A cost-effective rig for shallow core sampling and geotechnical investigation, featuring mechanical transmission and robust operations.
High-efficiency, noise-free hydrostatic pile driving machinery, ideal for urban residential foundation developments.
Supports dual-use water and gas injection, designed for slope support, tunnel grouting, and micro-pile drilling operations.
Features modular link pins for adjustable pile diameters, enabling clean shearing of cast-in-place concrete structures.
Heavy-duty crawler base with an upgraded lifting winch, designed to handle dynamic soil compaction projects.
High-volume slurry purification systems that separate solid particles from drilling fluids in closed-loop configurations.
Heavy-duty dynamic compaction equipment designed for airport, seaport, and industrial zone ground consolidation.
SINOVO
