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Main Features:
Electro-Magnetic Force Generation:
Electromagnets and voice coil actuators produce vibrations by inducing magnetic fields and movement within the shaker.
Voice coils are designed to provide precise force and motion control.
High Acceleration Capabilities:
Advanced design and materials enable the shaker to generate high acceleration levels, allowing for realistic simulation of extreme vibration conditions.
Acceleration can be adjusted to meet specific testing requirements, ensuring accurate and reliable results.
Control System:
The shaker is equipped with a sophisticated control system that allows users to precisely manipulate vibration parameters such as frequency, amplitude, and waveform.
Real-time monitoring and feedback mechanisms ensure stability and safety during testing.
Versatility and Compatibility:
The shaker is designed to accommodate various sample sizes, shapes, and weights, making it suitable for a wide range of testing applications.
It can be integrated with environmental chambers, fixtures, and additional instrumentation for comprehensive testing.
Advantages:
Accurate replication of real-world vibrations leads to improved product reliability and performance.
Precise control allows for targeted testing and identification of weak points.
Versatility and adaptability to different industries and testing requirements.
Main Features:
Electro-Magnetic Force Generation:
Electromagnets and voice coil actuators produce vibrations by inducing magnetic fields and movement within the shaker.
Voice coils are designed to provide precise force and motion control.
High Acceleration Capabilities:
Advanced design and materials enable the shaker to generate high acceleration levels, allowing for realistic simulation of extreme vibration conditions.
Acceleration can be adjusted to meet specific testing requirements, ensuring accurate and reliable results.
Control System:
The shaker is equipped with a sophisticated control system that allows users to precisely manipulate vibration parameters such as frequency, amplitude, and waveform.
Real-time monitoring and feedback mechanisms ensure stability and safety during testing.
Versatility and Compatibility:
The shaker is designed to accommodate various sample sizes, shapes, and weights, making it suitable for a wide range of testing applications.
It can be integrated with environmental chambers, fixtures, and additional instrumentation for comprehensive testing.
Advantages:
Accurate replication of real-world vibrations leads to improved product reliability and performance.
Precise control allows for targeted testing and identification of weak points.
Versatility and adaptability to different industries and testing requirements.
