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Servo-Hydraulic MAST System
Servo-Hydraulic MAST System
Multi-Axial Simulation Table for Advanced Real-World Testing
Multi-Axial Simulation Table for Advanced Real-World Testing
The Servo-Hydraulic Multi-Axial Simulation Table (MAST) is a high-performance testing system engineered to replicate real-world dynamic conditions with precision and control. Utilizing multiple servo-hydraulic actuators in a 6-DOF (Degrees of Freedom) configuration, the system delivers synchronized motion across all axes—enabling accurate simulation of complex vibration, shock, and road load environments.
Designed for advanced engineering validation, this system allows manufacturers and research teams to evaluate durability, structural integrity, and system performance under realistic operating conditions—directly within a controlled laboratory setup.
What is a Servo-Hydraulic MAST System?
What is a Servo-Hydraulic MAST System?
A Servo-Hydraulic MAST (Multi-Axial Simulation Table) System is an advanced testing platform designed to simulate real-world dynamic conditions using multi-axis motion (6 Degrees of Freedom). It uses multiple servo-hydraulic actuators to generate synchronized movement in all directions, enabling accurate replication of vibration, road loads, shock, and complex operating environments.
These systems are widely used in automotive, aerospace, and advanced engineering applications for durability testing, performance validation, and product development.
What is a Servo-Hydraulic Shake Table?
What is a Servo-Hydraulic Shake Table?
A Servo-Hydraulic Shake Table is a testing system used to reproduce vibration and seismic conditions in a controlled laboratory environment. It typically operates in one to three axes and is mainly used for evaluating the behavior of structures and components under earthquake, vibration, and dynamic load conditions.
Shake tables are commonly used in civil engineering, structural testing, and research applications.
MAST System vs Shake Table
MAST System vs Shake Table
✅ MAST System – Full multi-axis real-world simulation (6 DOF)
✅ Shake Table – Vibration and seismic testing (1–3 DOF)
Which One Should You Choose ?
Which One Should You Choose ?
✅ Choose MAST System for vehicle testing, durability, and complex motion simulation
✅ Choose Shake Table for structural, seismic, and vibration testing
Key Features
Key Features
✅ 6-DOF multi-axis motion control
✅ Real-world vibration & road load simulation
✅ High precision closed-loop control system
✅ High force and payload capacity
✅ Wide frequency range for dynamic testing
✅ Synchronized actuator control
✅ Robust and rigid platform design
MAST System Applications
MAST System Applications
✅ Automotive durability and ride simulation
✅ EV battery and subsystem testing
✅ Aerospace component testing
✅ Defense equipment validation
✅ NVH (Noise, Vibration & Harshness) analysis
✅ Research and product development
System Capabilities
System Capabilities
The system enables accurate replication of:
✅ Real road profiles
✅ Multi-axis vibration environments
✅ Transient shock events
✅ Combined load conditions
With advanced control algorithms, it ensures high fidelity signal reproduction and repeatability for reliable testing outcomes.
Why Choose This System
Why Choose This System
✅ Replicates real-world conditions with high accuracy
✅ Reduces field testing time and cost
✅ Enables early failure detection
✅ Improves product reliability and safety
✅ Supports advanced R&D and validation
📞 Contact Gravence Voltgrid
📞 Contact Gravence Voltgrid
Servo-Hydraulic MAST System? Connect with us to get customized noise measurement systems, sound analysis instruments, and vibration testing devices designed for accurate and reliable performance.
📱 Phone: +91 7676960981
📧 Email: info@gravencevoltgrid.com
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