Explore our premium grade heavy-duty crawler cranes and high-performance foundation engineering machinery optimized for deep piling, heavy hoisting, and urban development.
55-ton capacity hydraulic lattice boom crawler crane engineered for stable hoisting and structural foundation projects with advanced pilot control systems.
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High-efficiency 75-ton lattice boom crane configured with state-of-the-art hydraulic pumps and safety load moment limiters for demanding port and bridge construction.
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100-ton industrial grade heavy duty crane utilizing a robust retractable undercarriage and high-torque hoist drum systems for maximum reliability under extreme load conditions.
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Dual-use water and gas drilling system specialized for anti-floating anchors, slope support, high-pressure rotary jet spraying, and pit casing construction.
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Flexible and lightweight horizontal directional drilling (HDD) rig optimized for municipal pipe networks, telecommunications, and urban infrastructure developments.
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High-power water well drilling system designed for deep aquifer exploitation, industrial water supply projects, and geothermal source exploration fields.
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Super-large rotary piling machine utilizing a heavy-duty hydraulic telescopic Kelly bar for deep foundation drilling in bridge piers and skyscraper columns.
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Engineered with reinforced structures and dual-free-fall winches to withstand severe repetitive impacts during heavy dynamic consolidation projects.
View DetailsThe global demand for high-capacity hydraulic crawler cranes and specialized foundation drilling rigs has experienced unprecedented growth over the last decade. Rapid urbanization, large-scale deepwater port installations, subway network expansions, and the structural transition towards renewable energy—particularly massive onshore and offshore wind turbines—require heavy lifting systems that can perform reliably under high-stress geological and meteorological environments.
Unlike standard mobile wheeled cranes, hydraulic crawler cranes distribute their total weight across wide steel track shoes. This significantly reduces ground bearing pressure (GBP), enabling heavy hoisting on soft, uncompacted soils commonly encountered at coastal wind farms, petrochemical refineries, and civil reclamation sites. The integration of high-performance closed-loop hydraulic systems and load-sensing valves ensures millimeter-level precision during critical assembly phases.
Furthermore, crawler-mounted drilling rigs have become essential in urban deep-foundation pit supports. The capacity to combine multi-functional soil drilling, anchoring, and jet-grouting within modular structural chassis designs is the modern benchmark for efficiency. By utilizing interchangeable drill toolings and modular configurations, operators drastically lower the Total Cost of Ownership (TCO) and optimize fleet utilization rates.
SINOVO Heavy Industry (SINOVO Group) is a premier global manufacturer and specialized solution provider in the field of pile construction machinery, hoisting equipment, water well drilling, and geological exploration technologies. Our backbone engineering and manufacturing teams have been serving the heavy industrial sector since the early 1990s, accumulating over 30 years of technical expertise and system innovation.
In 2008, we executed a strategic market expansion by establishing TEG FAR EAST in Singapore to facilitate sales, technical deployment, and specialized product support throughout the Southeast Asian market. In 2010, the group invested 120 million RMB in establishing a state-of-the-art manufacturing facility covering 67 mu (7,800 square meters of highly automated industrial workshops) in the Xianghe Emerging Industry Demonstration Zone. Positioned just 100 kilometers from Tianjin Port, this facility ensures streamlined, low-cost international shipping logistics.
Today, our annual output capacities stand at 1,000 core drilling rigs, 250 water well drilling units, and 120 heavy rotary piling machines. All our processes are certified under the ISO9001:2015 Quality Management System, and our main product lines carry CE, GOST-R, and High-Tech Enterprise certifications, establishing trust and reliable operation in over 120 countries and regions worldwide.
SINOVO Heavy Industry continues to pioneer intelligent digital control interfaces, closed-loop electro-hydraulic systems, and heavy-duty structural designs.
Integration of variable displacement hydraulic piston pumps with proportional flow control valves, minimizing energy losses while ensuring millimetric precision during heavy lifting operations.
Self-erecting boom and counterweight structures designed with quick-connect hydraulic couplings, reducing setup times on site from days to hours without requiring auxiliary cranes.
Real-time load moment limiters (LMI), wind speed sensors, multi-point chassis tilt sensors, and anti-collision warning systems connected via CAN-bus to a centralized operator cab console.
Providing end-to-end operational assistance, quality assurance, and mechanical training for long-term construction projects.
We provide structural configurations, load capacity assessments, and localized soil profile analysis before delivery, ensuring compatibility with your geological work conditions. Independent third-party equipment inspections are supported.
All machinery undergoes rigorous structural load testing and dynamic hydraulic performance runs before dispatch. Deliveries from Tianjin Port typically average between 10 to 15 days, minimizing site mobilization delay.
A comprehensive 1-to-2 week site commissioning, calibration, and operator safety training program is provided. Standard wearing parts are replaced free of charge during our comprehensive one-year machine warranty period.
SINOVO Heavy Industry products are manufactured, tested, and certified in strict compliance with safety, performance, and international customs regulations.
See our advanced mechanical fabrication units in action, along with construction site deployments on global mega-projects.
Welding and milling workshops with CNC tooling platforms for structural booms and chassis assemblies.
Mechanical integration of high-strength Kelly bars and hydraulic cylinder systems for heavy drill units.
Corrosion-resistant marine grade coating applications and final electrical systems quality inspections.
Deploying high capacity structural crawler hoisting systems at dynamic hydraulic plant structures.
Drilling foundation shafts through hard clay strata and sand beds for urban development pipelines.
Complex low-clearance urban basement foundation micro-piling utilizing TR series rotary machinery.
Vibration-free hydraulic static pile pressing for urban residential structures located near historic buildings.
Executing high-diameter boreholes for massive dry-dock marine platform infrastructure.
Heavy duty TR series foundation operations drilling deeply into hard limestone geological strata.
Accessing deep aquifer fresh water reserves using robust high-impact water well drilling configurations.
Delivering medium-tonnage high-speed foundation drilling for national railway bridge construction.
Providing high-torque foundation reinforcement on steep coastal hillsides for high-rise residential projects.
Drilling large-diameter secant pile walls to support deep excavations in urban settings.
Every year, Sinovo Heavy Industry participates in world-renowned construction machinery trade fairs (such as Bauma, Conexpo, and BICES) to showcase our latest innovations in drilling and heavy lifting technology.
A comprehensive overview of our advanced micro-pile rigs, dynamic hydraulic splitters, and top hammer engineering drill lines.
Engineered for high-efficiency, multi-angle drilling inside low-headroom residential basements and urban renovation sites. Suitable for photovoltaic holes, micro-piling, and anchor bolts.
Utilizes high-pressure hydraulic oil systems to generate splitting forces up to thousands of tons. Effectively splits massive boulders and hard rock formations within seconds without blast vibrations.
A self-erecting hydraulic rig featuring advanced digital loading control and a compact design. Ideal for urban civil foundation projects requiring interlocking or friction Kelly bars.
Designed for slope stability support, pipe shed grouting, and tunnel reinforcement operations. Supports rotary air hammer, casing, and down-the-hole (DTH) drilling processes.
Crawler-based system engineered for deep soil mixing and waterproofing grout curtains. Features a 3-ton load capacity aux crane boom to streamline tube insertion procedures.
Utilizes a heavy-duty wheel loader chassis for fast mobilization between shallow-depth boring operations. Highly cost-effective for installing solar farm posts and utility poles.
Combines air-flush and fluid circulation systems. Ideal for tieback anchors, micro-pile injection, and slope containment applications under complex geological conditions.
Utilizes a high-torque top impact rotary head to drill through difficult gravel and pebble layers without requiring external down-the-hole air compressors.
Specifically developed for compact urban workspaces and small-diameter blasting holes (Φ50-90mm). High maneuvering speed and exceptional off-road performance.
Designed for high-load ground stabilization projects. Incorporates a 75KW main drive motor and twin-paddle configurations to mix cement slurry with in-situ soils up to depths of 28 meters and diameters of 1200mm. Perfect for building cut-off walls and reinforcing soft clay beds.
Procuring heavy-duty crawler cranes (such as the CQUY55, CQUY75, or CQUY100 series) or deep foundation rotary drilling rigs requires a clear understanding of the variable factors that impact overall pricing. Capital investment costs are determined by several key manufacturing parameters, regional engine emission standards, and the specific attachments included in the order package.
The primary elements influencing crane and drilling rig price structures include:
For detailed, customized price quotes that include international shipping costs, specialized configuration options, and multi-unit purchase incentives, please contact our export logistics department directly.
Get answers to common technical, logistics, and maintenance questions regarding hydraulic cranes and heavy piling machinery.
A: Crawler cranes distribute their operational weight over a large track surface, resulting in significantly lower ground bearing pressure. This allows them to operate on soft, uncompacted soils without the need for outriggers. Additionally, crawler cranes can travel while carrying full loads, providing excellent maneuverability on large job sites.
A: A luffing jib allows the operator to adjust the angle of the auxiliary boom independently of the main boom. This configuration is essential for high-rise construction and confined urban sites, enabling the crane to lift loads over obstacles and work closer to structures.
A: Regular maintenance includes checking hydraulic oil levels, monitoring Kelly bar wear patterns, inspecting the hydraulic rotary head seals, and lubricating undercarriage components. SINOVO provides detailed service manuals and hands-on training to help local operators maximize machinery lifespan.
A: Standard configurations are usually prepared and dispatched from our industrial facility within 10 to 15 days. Custom configurations requiring specialized engine emissions adaptations or unique boom attachments may require additional production time, depending on component availability.
Select from our range of structural components, geotechnical excavation tools, and heavy-duty drilling units designed for diverse ground conditions.
Premium replacement drill heads, hoisting plugs, and custom alloy casing pipes manufactured for deep diamond core geological exploration.
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High-powered structural attachment designed to break down concrete pile walls and foundation columns quickly and with minimal noise pollution.
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Engineered for complex utility pipeline crossings up to 1500 meters. Features a high-torque rotary head and robust mud injection system.
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Fully inspected, certified pre-owned TR280F rotary rig, offering high torque capabilities for deep piling projects at a reduced capital investment cost.
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Versatile piling rig designed for cast-in-place concrete foundation piles, featuring advanced hydraulic cylinder masts and high operating stability.
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Continuous Flight Auger (CFA) configuration package developed for quick concrete pouring and rapid foundation installation in sandy clay strata.
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Tungsten carbide tipped replacement auger teeth engineered to drill through abrasive rock formations and compacted soils without losing their edge.
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A specialized, compact crawler-mounted rig designed for underground tunnel reinforcement, pipe sheathing, and anti-seepage grouting applications.
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