High Performance Test Systems
High Performance Test Systems
Global Expert in Servoelectric Test Systems
eMpulse servoelectric test systems are designed to deliver higher force output, greater motion fidelity, and extended stroke capabilities—while maintaining lower energy consumption than comparable systems. By integrating liquid-cooled motors and Siemens motion control architecture, our platforms support faster thermal recovery and sustained high-duty-cycle operation.
This combination of precision and efficiency enables continuous cyclic testing over long durations, making eMpulse systems ideally suited for demanding NVH, structural, and durability testing. The scalable design and adaptability of our actuation technology also allow for custom configurations tailored to specific testing requirements.
With over 200 systems deployed globally, eMpulse has demonstrated the ability to meet complex testing needs with reliability, repeatability, and measurable performance advantages across industries.
Global Expert in Servoelectric Test Systems
eMpulse servoelectric test systems are designed to deliver higher force output, greater motion fidelity, and extended stroke capabilities—while maintaining lower energy consumption than comparable systems. By integrating liquid-cooled motors and Siemens motion control architecture, our platforms support faster thermal recovery and sustained high-duty-cycle operation.
This combination of precision and efficiency enables continuous cyclic testing over long durations, making eMpulse systems ideally suited for demanding NVH, structural, and durability testing. The scalable design and adaptability of our actuation technology also allow for custom configurations tailored to specific testing requirements.
With over 200 systems deployed globally, eMpulse has demonstrated the ability to meet complex testing needs with reliability, repeatability, and measurable performance advantages across industries.
Global Expert in Servoelectric Test Systems
eMpulse servoelectric test systems are designed to deliver higher force output, greater motion fidelity, and extended stroke capabilities—while maintaining lower energy consumption than comparable systems. By integrating liquid-cooled motors and Siemens motion control architecture, our platforms support faster thermal recovery and sustained high-duty-cycle operation.
This combination of precision and efficiency enables continuous cyclic testing over long durations, making eMpulse systems ideally suited for demanding NVH, structural, and durability testing. The scalable design and adaptability of our actuation technology also allow for custom configurations tailored to specific testing requirements.
With over 200 systems deployed globally, eMpulse has demonstrated the ability to meet complex testing needs with reliability, repeatability, and measurable performance advantages across industries.
Test Systems and Applications
Test Systems and Applications
Test Systems and Applications
Applications include, but are not limited to, the specifications listed below.
- ISO 16750-3
- SAE J1211
- USCAR Vibration Test
Applications include, but are not limited to, the specifications listed below.
- ISO 2631
- DIN 4150-3
- BS 7385-2
Applications include, but are not limited to, the specifications listed below.
- RTCA DO-160
- MIL-STD-810H
- NASA GEVS
Applications include, but are not limited to, the specifications listed below.
- ISO 10846
- ASTM D4092/5992
- ISO 13753
Applications include, but are not limited to, the specifications listed below.
- ISO 14708-1
- FDA Guidance on Premarket Submissions
Applications include, but are not limited to, the specifications listed below.
- IEEE 344
- IAEA NS-G-1.6
- IEC 60068-2-6
Applications include, but are not limited to, the specifications listed below.
- FTA Manual
- EN 12299
Single Axis Test Systems
Designed to test specific components such as seats, instrument panels, sub systems, and more.Â
Load Frames Test Systems
Designed to test specific components such as dampers, struts, engine mounts, and more.
Road Simulator Test Systems
Designed for testing various vehicle applications such as durability, noise, and vibration.
eMtest - Modular Configurations
Configurable test platform utilizing four servoelectric actuators arranged in either vertical or horizontal orientation.
Multi Axis Test Systems
Designed to test specific components such as seats, instrument panels, sub systems, and more.Â
eMcontrol Servo Controller
Compatible with eMpulse servoelectric systems and existing servohydraulic test systems.Â
Battery Crusher
Engineered to meet the rigorous SAE J2464 standards.Â
Vibration Fixtures
Engineered to eliminate unintended vibrations, ensuring clean, repeatable results across all test conditions.
General Purpose Electric Linear Actuators
Ideal alternatives to traditional pneumatic and hydraulic cylinders.
Dual Axis Electrodynamic Shakers
Delivers fast, precise, and efficient vibration testing while reducing test cycle time and minimizing handling.
Provides long, robust actuator life due to inverted roller screw technology.Â
Heat Exchanger Test Systems
Specialized expertise in the design and implementation of fluid durability test systems
- Automotive Testing
- Civil Engineering
- Aerospace Testing
- Materials Test Type
- Medical Device Testing
- Energy Testing
- Rail Testing
Single Axis Test Systems
Designed to test specific components such as seats, instrument panels, sub systems, and more.Â
Load Frames Test Systems
Designed to test specific components such as dampers, struts, engine mounts, and more.
Road Simulator Test Systems
Designed for testing various vehicle applications such as durability, noise, and vibration.
Multi Axis Test Systems
Designed to test specific components such as seats, instrument panels, sub systems, and more.Â
eMcontrol Servo Controller
Compatible with eMpulse servoelectric systems and existing servohydraulic test systems.Â
Battery Crusher
Engineered to meet the rigorous SAE J2464 standards.Â
General Purpose Electric Linear Actuators (GPE)
Delivers fast, precise, and efficient vibration testing while reducing test cycle time and minimizing handling.
Vibration Fixtures
Engineered to eliminate unintended vibrations, ensuring clean, repeatable results across all test conditions.
Dual Axis Electrodynamic Shakers
Delivers fast, precise, and efficient vibration testing while reducing test cycle time and minimizing handling.
Applications include, but are not limited to, the specifications listed below.
- ISO 16750-3
- AE J1211
- USCAR Vibration Test
Applications include, but are not limited to, the specifications listed below.
- ISO 2631
- DIN 4150-3
- BS 7385-2
Applications include, but are not limited to, the specifications listed below.
- RTCA DO-160
- MIL-STD-810H
- NASA GEVS
Applications include, but are not limited to, the specifications listed below.
- ISO 10846
- ASTM D4092/5992
- ISO 13753
Applications include, but are not limited to, the specifications listed below.
- ISO 14708-1
- FDA Guidance on Premarket Submissions
Applications include, but are not limited to, the specifications listed below.
- IEEE 344
- IAEA NS-G-1.6
- IEC 60068-2-6
Applications include, but are not limited to, the specifications listed below.
- FTA Manual
- EN 12299
Single Axis Test Systems
Designed to test specific components such as seats, instrument panels, sub systems, and more.Â
Load Frames Test Systems
Designed to test specific components such as dampers, struts, engine mounts, and more.
Road Simulator Test Systems
Designed for testing various vehicle applications such as durability, noise, and vibration.
eMtest - Modular Configurations
Configurable test platform utilizing four servoelectric actuators,arranged in either vertical or horizontal orientation.
Multi Axis Test Systems
Designed to test specific components such as seats, instrument panels, sub systems, and more.Â
eMcontrol Servo Controller
Compatible with eMpulse servoelectric systems and existing servohydraulic test systems.
Smarter. Sustainable. Servoelectric.
eMpulse servoelectric systems offer a fundamentally more sustainable alternative to traditional hydraulic solutions. By eliminating hydraulic fluid, pumps, valves, and accumulators, our systems reduce both energy consumption and maintenance requirements. Direct electric actuation delivers high efficiency by converting input power into motion with minimal loss, enabling lower energy usage—particularly in long-duration or variable-load tests. The absence of fluid systems also removes risks of leakage, contamination, and component degradation, contributing to a cleaner and more reliable operating environment. Combined with closed-loop digital control for precise, energy-efficient motion, these design advantages reduce environmental impact while lowering lifecycle costs and downtime.
- Up to 80% more energy-efficient than traditional hydraulic systems
- Reduced maintenance – no pumps, fluids, or valves to service
- Clean operation – no oil leaks, spills, or disposal concerns
- Lower lifecycle costs through improved reliability and efficiency
- High-precision control minimizes energy waste and mechanical wear
- Quiet operation improves workplace conditions and reduces acoustic emissions
Smarter. Sustainable. Servoelectric.
eMpulse servoelectric systems offer a fundamentally more sustainable alternative to traditional hydraulic solutions. By eliminating hydraulic fluid, pumps, valves, and accumulators, our systems reduce both energy consumption and maintenance requirements. Direct electric actuation delivers high efficiency by converting input power into motion with minimal loss, enabling lower energy usage—particularly in long-duration or variable-load tests. The absence of fluid systems also removes risks of leakage, contamination, and component degradation, contributing to a cleaner and more reliable operating environment. Combined with closed-loop digital control for precise, energy-efficient motion, these design advantages reduce environmental impact while lowering lifecycle costs and downtime.
- Up to 80% more energy-efficient than traditional hydraulic systems
- Reduced maintenance – no pumps, fluids, or valves to service
- Clean operation – no oil leaks, spills, or disposal concerns
- Lower lifecycle costs through improved reliability and efficiency
- High-precision control minimizes energy waste and mechanical wear
- Quiet operation improves workplace conditions and reduces acoustic emissions
Global Presence
eMpulse Test Systems is the largest supplier of servoelectric road simulators in the world. With installations on almost every continent, we have the expertise to understand your specific needs.
Global Presence
eMpulse Test Systems is the largest supplier of servoelectric road simulators in the world. With installations on almost every continent, we have the expertise to understand your specific needs.
Global Presence
eMpulse Test Systems is the largest supplier of servoelectric road simulators in the world. With installations on almost every continent, we have the expertise to understand your specific needs.