Servo Hydraulic Systems | 50% Energy Savings & Precision Control

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Custom Servo Hydraulic System Engineering

We provide custom servo hydraulic system engineering tailored to your specific machine and process requirements. Leveraging our expertise in servo hydraulic cylinders and advanced controls, we create systems that optimize cycle times and part quality. Backed by our 30+ years of experience, these systems deliver reliable, maintenance-friendly operation for demanding industrial applications.
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Why choose us?

Custom-Engineered Solutions for Complex Applications

Leveraging our 30+ years of experience and status as a "national intellectual property advantage enterprise", we provide fully custom servo hydraulic systems. We tailor every aspect—from servo hydraulic cylinders to control algorithms—to meet the unique dynamic and performance requirements of your specialized machinery.

Significant Energy Savings with Advanced Drive Technology

Our servo hydraulic systems utilize variable speed drive technology to drastically reduce energy consumption. By consuming power only on demand, they minimize heat generation and electricity costs, offering up to 50% energy savings compared to traditional systems, a key advantage for high-cycle press and molding applications.

Precision Control with National High-Tech Expertise

As a recognized "national high-tech enterprise", we engineer servo hydraulic systems that deliver unparalleled precision in force, position, and velocity control. Our systems integrate advanced servo drives with robust hydraulics, making them the ideal solution for demanding applications like materials testing, injection molding, and precision forming.

Related products

Tianjin Uranus Hydraulic Machinery Co., Ltd. is a premier provider of advanced servo hydraulic systems, designed for applications requiring the highest levels of precision, dynamic response, and energy efficiency. As a “national high-tech enterprise” with over 30 years of experience, we integrate servo motor technology with high-performance hydraulic components to create systems that deliver exact control over force, position, and velocity. Our servo hydraulic systems are ideal for applications such as materials testing machines, flight simulators, and high-precision industrial automation. The core of our system is a high-response servo valve coupled with a variable-speed servo pump, which provides power on demand. This configuration eliminates the need for constant-speed pumps and pressure relief valves, reducing energy consumption by up to 50% compared to conventional hydraulic systems. In a material testing laboratory, for instance, our servo hydraulic system can perform complex test cycles, such as low-cycle fatigue or high-rate impact, with precise, repeatable control. The system’s control software allows for the programming of arbitrary waveforms, with the ability to log data at high speeds for detailed analysis. We also offer integrated solutions where the servo hydraulic system is combined with custom actuators and controllers to form a complete test or motion control package. Our systems are built with industrial-grade components designed for continuous operation, with advanced filtration and cooling to maintain fluid integrity. For customers in the automotive, aerospace, and research sectors, our servo hydraulic systems provide the accuracy and reliability needed for critical testing and simulation tasks. For more information on how our servo hydraulic systems can meet your specific performance requirements, we invite you to contact our engineering team to discuss your application.

Frequently Asked Questions

What makes your hydraulic nuts suitable for critical bolting applications?

Our hydraulic nuts provide uniform, precise bolt tensioning, which is critical for maintaining joint integrity under extreme vibration and shock loads. They eliminate the inaccuracies of torque wrenches and reduce the risk of bolt fatigue or thread galling. We offer custom-engineered nuts for specific thread sizes and load capacities, with safety features such as pressure relief valves and visual indicators. Our hydraulic nuts are used in applications such as wind turbines, large presses, and metallurgical equipment, where reliable, repeatable clamping is essential.
Yes, we design and manufacture hydraulic systems suitable for mobile equipment applications. Our systems for mobile applications feature compact, lightweight designs with vibration-resistant components. We offer hydraulic stations with small footprints, high-pressure capability, and efficient cooling for demanding environments. We can also integrate our systems with mobile control interfaces and design for easy access in space-constrained equipment. Our experience spans construction machinery, mining equipment, and specialized mobile applications.
Tianjin Uranus has over 30 years of experience serving the metallurgical industry. We have supplied hydraulic cylinders and systems to steel mills and foundries for applications such as continuous casting, rolling mills, furnace equipment, and shears. Our products are designed to withstand the extreme conditions of this industry, including high temperatures, shock loads, and pervasive contamination. We understand the critical need for uptime in steel production and engineer our solutions for maximum reliability and serviceability in mill environments.
Our double acting hydraulic presses incorporate multiple safety features to protect operators and equipment. These include light curtains or safety fencing, two-hand anti-tie-down controls, emergency stop buttons, overload protection devices, and hydraulic safety valves that prevent unintended movement in case of pressure loss. We also incorporate pressure relief valves, end-of-stroke cushioning, and audible alarms. All safety systems are designed to comply with relevant international safety standards and can be customized to meet specific customer requirements.

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Customer Reviews

Dr. Emily Zhang

Our materials testing laboratory has been using a servo hydraulic system from Tianjin Uranus for three years, and it has been exceptional. The system provides precise control over force and position for complex fatigue and fracture tests. The high-response servo valves and low-friction actuators allow us to run test cycles with high accuracy and repeatability. The control software is intuitive and allows for easy programming of arbitrary waveforms. The system has been operating reliably for thousands of test hours with minimal maintenance. The technical support from Uranus has been outstanding whenever we have questions. This system is critical to our research.

Mark Stevens

Our high-speed stamping press is equipped with a Tianjin Uranus servo hydraulic system that has performed flawlessly for over two years. The system provides precise control of ram position and force at high cycle rates, ensuring consistent part quality. The robust design has held up to the demanding 24/7 operation of our plant. The system's diagnostic capabilities allow us to monitor performance and predict maintenance needs, which has minimized unplanned downtime. The Uranus team provided comprehensive documentation and support during the commissioning phase. We are very satisfied with the reliability and performance of this system.

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For replacement or retrofit projects, please upload your existing drawings, OEM part numbers, or basic parameters. Our engineers will evaluate feasibility within 24–48 hours.
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Precision Control and Energy Savings up to 50 Percent

Precision Control and Energy Savings up to 50 Percent

Our servo hydraulic systems combine the power of hydraulics with the precision of servo control, delivering exact force, position, and velocity management for demanding applications like materials testing, injection molding, and high-speed presses. The variable-speed servo pump adjusts output to match demand, reducing energy consumption by up to 50 percent compared to conventional systems while generating less heat and noise. Integrated with intelligent controls and IoT connectivity, these systems enable real-time monitoring, predictive maintenance, and seamless integration into smart factory environments. Custom-engineered to meet specific dynamic requirements, they offer a superior balance of performance and efficiency.
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