Explore our premium core drilling rigs, crawler cranes, casing oscillators, and geological exploration equipment.
Designed for heavy anchoring and geological stability projects. Provides stable drilling pressure and highly efficiency torque outputs.
Engineered for extreme loading capacities. Widely utilized in foundation compaction and complex dynamic loading construction.
Engineered with high grade tungsten carbides and diamonds to slice through tough crystalline rock formations and hard structures.
High-torque oscillator system designed to facilitate smooth casing operations in deep bored pile construction tasks.
High-mobility trailer mounted drill rig suitable for remote geological investigation and municipal boring projects.
Top drive rotary design for multiple drilling tasks. Ideal for medium depth anchoring, water well, and infrastructure projects.
Full compliance safety standard anchoring system, engineered for tunnel reinforcement, roadway stabilization, and rock bolting.
High-precision core drilling rig utilizing advanced hydraulic feedback systems to optimize fuel usage and penetration rate.
Understanding on-site boring mechanics, dimensional tolerances, and high-performance repair ecosystems for global machinery fleets.
Eliminating machining vibration and deflection through customized steel alloys, achieving precise alignment in structural repairs.
Laser-guided positioning supports on-site reboring of distant hinge hinges within ±0.02 mm concentricity tolerances.
Interchangeable drive setups including hydraulic, pneumatic, and electric servomotors to adapt to extreme conditions.
Heavy mining machinery, dynamic compaction cranes, and rotary pile drivers endure high dynamic stresses and structural wear. Pivot joints, bucket bores, and boom sleeves develop ovalization or structural cracking over thousands of hours of operation. Dismantling a 50-ton machine assembly and sending it to a remote stationary workshop is expensive and causes significant downtime.
This is where portable boring bars act as essential tools. Using high-torsion drive modules, dual-bearing mounting plates, and carbon-infused bar materials, portable boring bars rebuild worn bores on-site. By mounting directly onto the machine chassis, these systems re-bore, face, and machine internal sleeves back to original manufacturer clearances.
Industrial buyers must evaluate several mechanical factors to ensure their on-site boring solutions fit their specific needs:
1. Bar Diameter and Shaft Rigidity: The diameter of the boring bar (such as 40mm, 50mm, or 80mm) determines the minimum bore size it can machine. Larger diameters reduce deflection over long lengths, which is critical for maintaining alignment across separated structural plates.
2. Torque and Drive Mechanism: Electric servomotors offer constant speed and fine control. Hydraulic power units provide maximum torque, which is necessary for heavy material removal and large bore diameters in tough structural steels.
3. Feeding Mechanism: Mechanical or automated electrical feeding ensures a consistent surface finish and precise tolerance matching, preventing tool wear and ovality.
Watch SINOVO machinery in action, showing the scale of engineering and equipment manufacturing capabilities.
A trusted global supplier of construction machinery, exploration equipment, and comprehensive engineering solutions.
SINOVO Group is a professional supplier of construction machinery equipment and construction solutions. We are engaged in construction machinery, exploration equipment, import and export product agent services, and construction scheme consulting. We have served suppliers in the global construction machinery and exploration industries for decades.
Since the early 1990s, the key members of our company have worked in the construction machinery sector. After more than 20 years of development and innovation, we have established long-term strategic alliances with top global equipment manufacturers and leading manufacturers in China, receiving multiple awards for engineering machinery export projects.
In 2008, the company integrated operations and established TEG FAR EAST company in Singapore to strengthen its position in the Southeast Asian market. In 2010, the company invested in a manufacturing base in the Hebei Xianghe emerging industry demonstration zone. The facility covers 67 mu, representing a total investment of 120 million yuan, and focuses on the R&D and manufacturing of piling machinery, cranes, water well drills, and exploration equipment. The factory is located 100 km from Tianjin port, which helps reduce transportation costs.
Beijing Sinovo International & Sinovo Heavy Industry Co. Ltd. are ISO9001: 2015 certified manufacturers. Our production base occupies 7,800 square meters and is equipped with over 50 pieces of equipment. To meet increasing market demand, our annual production capacity is 1,000 units for core drilling rigs, 250 units for water well drilling rigs, and 120 units for rotary drilling rigs.
Years Experience
Export Countries
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Annual Units Produced
How digital manufacturing, regional industrial clusters, and smart logistics reduce costs and ensure delivery times.
SINOVO's production hub in the Xianghe Industrial Zone utilizes a complete domestic supply chain for key components, including precision casting, gearboxes, high-pressure hydraulics, and electronic control systems. Being located close to Tianjin port reduces logistical delay risk and lowers shipping costs.
By combining automated boring machinery with manual quality checks, every rig and sub-assembly complies with international standards. Digital coordination between R&D in Beijing and manufacturing lines in Xianghe accelerates custom design adjustments.
Helping procurement managers navigate machinery specifications, logistics, customs clearance, and local regulations.
Procuring heavy mechanical machinery or specialized on-site repair systems, such as portable boring bars, involves multiple compliance checks. Buyers must assess certifications, operating safety, and technical performance:
SINOVO Heavy Industry maintains high quality standards backed by international certificates and patents.
Get a virtual look at our production floor, engineering teams, and international exhibition setups.
Our commitment to precision engineering and manufacturing is recognized by clients and local municipal authorities.
SINOVO's production base has been designated a "Science and Technology Enterprise" for its innovations in electronic hydraulic control systems, drive mechanics, and piling equipment structures.
This designation reflects our investment in engineering research and development. We focus on improving the service life of heavy machinery components, optimizing hydraulic control efficiency, and providing on-site line boring repair systems to minimize field downtime.
Providing specialized mechanical solutions across key heavy industrial sectors worldwide.
We support deep foundation, bridge, and civil piling projects. Our rotary drilling rigs and hydraulic pile breakers are designed for tough soil and rock conditions, helping to keep construction projects on schedule.
In open-pit and underground mining, equipment downtime is costly. We supply core drilling rigs and hydraulic rock splitting machinery designed to operate reliably in demanding environments.
To support equipment in remote locations, we provide portable boring bars and field alignment systems. These allow technicians to rebuild worn hinge joints and bearing seats directly on the machine frame.
A track record of reliable equipment performance in demanding environments across global project sites.
Sinovo crawler crane in Bangladesh
Sinovo drilling rig in Saudi Arabia
Sinovo rotary drilling rig in Singapore
The Sinovo hydrostatic machine is in Bangladesh
The Sinovo rotary rig is in Saudi Arabia (1)
The Sinovo rotary rig is in Saudi Arabia (2)
The Sinovo well rig is in Dr Congo
TR180F rotary drilling rig in Bangladesh
TR200D - Lebanon
TR250D - Lebanon
Technical details for our piling machinery, engineering drilling rigs, and specialized excavation equipment.
A versatile engineering drilling machine that combines efficiency, flexibility, and stability. Designed for high-precision drilling in micro pile, photovoltaic hole, anchor bolt hole, casing hole, and blasting hole construction.
Utilizes high-pressure hydraulic oil and oblique wedge principles to generate splitting forces up to thousands of tons. Splits massive boulders within seconds to separate hard ore from rock formations.
A self-erecting rig featuring advanced hydraulic loading back technology and integrated electronic control. Designed for standard telescopic friction or interlocking Kelly bar drilling, with optional CFA configurations.
Engineered for deep foundation pit support, slope stabilization, pipe shed grouting, and blasting hole construction. Supports single and double tube rotary grouting operations.
Suitable for foundation reinforcement, water blocking, and leakage prevention in tunnels, railways, and bridges. Handles multi-tube vertical/horizontal setups and includes a 3-ton crane arm.
Built on a loader chassis, this machine is designed for small-diameter, shallow foundation work, such as installing utility poles and photovoltaic piles.
Dual-use system for water and gas drilling. Designed for anti-floating anchoring, slope support, high-pressure rotary spraying, and tunnel grouting.
Top-drive power head provides percussion drilling without an external air compressor. High torque output designed to prevent bore collapse in gravel and sand layers.
Compact layout designed for 50-90mm small holes. Built for rock drilling in space-constrained sites, including underground mines, tunnels, and deep foundation pits.
Equipped with a 75KW main motor. Designed for deep soil mixing and foundation reinforcement, supporting a maximum pile depth of 28 meters and diameters up to 1200mm.
How automation, IoT integration, and electric drivetrains are reshaping field machining and heavy equipment repair.
The field repair and on-site machining sector is adopting digital technology to improve precision and efficiency. The developmental roadmap for portable boring bars and machinery servicing systems centers on three key areas:
Integrating smart control systems allows real-time feed adjustments based on load sensors. This helps maintain consistent boring speeds and reduces tool wear when cutting uneven welds.
Replacing mechanical alignment jigs with digital laser receivers allows operators to calibrate long boring runs over several meters with high precision, helping to ensure coaxial accuracy.
Using Bluetooth-enabled measuring heads allows operators to check bore roundness and dimensions on digital displays during the cutting process, reducing manual checking downtime.
Ensuring operational reliability through comprehensive pre-sale planning, sales support, and dedicated after-sales care.
Providing direct local technical assistance and spare parts supply across regional centers.
To support operators worldwide, SINOVO Group has developed localized services in several key markets. We operate regional service hubs in Singapore, Dubai, and Algiers to manage spare parts inventories and provide technical support.
This regional network helps reduce lead times for critical replacement parts and provides access to field technicians when on-site assistance is required. By combining our manufacturing capabilities in China with regional support centers, we help operators minimize equipment downtime.
Find answers to common questions about on-site boring equipment, drilling rigs, and procurement processes.
Portable boring bars are generally powered by electric motors, pneumatic drives, or hydraulic systems. Electric systems offer precise control, pneumatic setups are suited for hazardous areas, and hydraulic drives provide the torque needed for large-diameter bores and high-volume metal removal.
All our products are manufactured under an ISO9001:2015 quality management system. Machines undergo factory run-tests, hydraulic pressure tests, and alignment checks before shipment. Customers can also request third-party inspections.
We offer a one-year warranty on our drilling rigs and equipment. During this period, we provide debugging support, operator training, and maintenance advice. We also supply free replacement parts for components damaged under normal operation within the warranty terms.
Standard machinery models are generally processed for delivery within 10 to 15 days of order confirmation. Custom requests, special component integrations, or specialized paint specifications will adjust the lead time, which we confirm during order placement.
Review our extended range of rotary drilling rigs, casing oscillators, and drilling components.
Designed for continuous flight auger piling. Delivers stable torque and deep penetration under demanding soil conditions.
High-strength bits designed for rapid drilling without core retrieval, suitable for soft to medium-hard geological formations.
High-pressure rotary swivel engineered to manage water and slurry flow during continuous rotation, helping to reduce seal wear.
A compact hydraulic rotary rig designed for low-headroom environments, including bridges, tunnels, and indoor foundation projects.
Heavy-duty deep well drilling machine designed for municipal water supply projects, agricultural irrigation, and geological exploration.
A mid-sized hydraulic rotary drilling rig suitable for urban construction piling, featuring advanced pilot hydraulic controls.
A hydraulic breaker designed to demolish concrete foundation piles cleanly, without damaging internal reinforcing rebar structures.
High-capacity continuous flight auger system, designed to handle large-diameter deep piles in demanding soil and clay formations.
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