Home > Power & Performance

Developing new ways to increase power and performance of our entire product line is essential for improving their efficiency and effectiveness in various applications, such as construction, mining, and demolition.

;

Soosan’s ongoing quest to develop new ways to increase power and performance of our breakers, compactors, crawler drills, drifters and cranes is essential for improving their efficiencies and effectiveness in various applications, such as construction, mining, and demolition.

Here are several strategies and innovations we employ to enhance our hydraulic breakers and other Soosan products’ power and performance:

Advanced Hydraulic Systems

We’ve developed and implemented more efficient hydraulic systems with higher flow rates and pressure capabilities. This provides greater energy to the breaker, resulting in increased impact power.

High-Efficiency Valves

We utilize advanced hydraulic valves that minimize pressure drops and energy losses within the hydraulic system, ensuring that more power is delivered to the breaker.

Variable Speed Control

Implementing variable speed control systems that allow operators to adjust the impact frequency and force based on the material being broken. This enhances versatility and optimizes power delivery.

Auto-Adaptive Technology

Integrating A.I. and sensor technology to create auto-adaptive hydraulic systems that automatically adjust breaker performance based on material hardness and operating conditions.

Energy Recovery Systems

We have improved systems that capture and reuse hydraulic energy that would otherwise be wasted during the retraction phase of the breaker operation. This boosts overall efficiency and reduces fuel consumption.

Optimized Tool Geometry

As different tool shapes may be more effective for specific materials, we continuously strive to refine the design of breaker chisels or moil points to improve energy transfer and impact efficiency.

Materials and Coatings

R&D advanced materials and coatings for Soosan’s components enhance wear resistance and durability, and enables them to withstand high-impact forces over extended periods.

Enhanced Damping and Isolation

Incorporating advanced damping and isolation technologies to reduce vibration and recoil, and improve both operator comfort and breaker longevity.

Smart Control Systems

Soosan has developed intelligent control systems that monitor breaker performance in real time and make adjustments to optimize power delivery, reduce wear, and prevent overheating.

Remote Monitoring and Diagnostics

Our remote monitoring and diagnostic capabilities allow operators and maintenance teams to track the breaker’s performance and health, enabling proactive maintenance and issue resolution.

Modular Design

We have created modular designs for our breakers (1500-3000), allowing for easy customization and component replacement. This flexibility enables users to tailor breakers to specific tasks and extends their lifespan.

Advanced Lubrication Systems

We develop precision lubrication systems that ensure optimal lubrication for critical components, reducing friction and heat generation, which can impact performance.

Environmental Considerations

Soosan focuses on reducing noise pollution and emissions while improving overall energy efficiency to meet environmental regulations and reduce the carbon footprint of hydraulic breaker operation.

Operator Training and Education

We provide comprehensive training and educational materials for operators to ensure they use the hydraulic breaker efficiently and safely, which can maximize its performance and lifespan.

Feedback and Field Testing

It’s important to Soosan to continuously gather feedback from operators and conduct extensive field testing to refine and validate new technologies and design improvements.

By incorporating these strategies and innovations, Soosan develops more powerful and efficient tools that offer improved performance, reduced downtime, and a longer service life while meeting the evolving needs of various industries.