Motovibration Testing System
The motovibration testing system is an electromechanical vertical vibration machine developed to assess the reliability of products and packaging under real transportation conditions. It provides true vertical motion with low transverse components, adjustable amplitude, and intuitive control software.
Reliable and repeatable vertical vibration testing
The motovibration testing system provides a robust and reliable solution for replicating vertical vibrations. Its advanced electromechanical design ensures precise control, enabling manufacturers to anticipate and prevent potential damage during transportation or handling.
Compared to electrodynamic shakers, these systems stand out for their lower cost, reduced noise levels, and superior energy efficiency.
Compared to electrodynamic shakers, these systems stand out for their lower cost, reduced noise levels, and superior energy efficiency.
With adaptable settings and automated features, it delivers reliable performance and simplifies vibration analysis in the laboratory.
- Vertical and sinusoidal vibration testing with consistent motion accuracy.
- Adjustable amplitude to tailor displacement according to test requirements.
- Pneumatic air spring isolation system for smooth, stable operation.
- Easy installation thanks to its no-foundation design.
- User-friendly interface with programmable vibration profiles.
- Built-in vibration sensor and automatic leveling for precise results.
Benefits of Vibration Testing
Key features
- Machine type: Electromechanical vertical vibration tester
- Models: allow testing objects, packages or components weighing up to 5 tons
- Vibration type: vertical sinusoidal motion
- Frequency range: 15– 60 Hz
- Maximum acceleration: Up to 6g
- Displacement: 0.2 – 4.6 mm (0.01 – 0.2 in)
- Drive system: eccentric motors with adjustable amplitude
- Control system: integrated HMI touch panel
- Test modes: fixed frequency, sine sweep, step-by-step and random
- Pneumatic isolation: air springs with automatic table leveling
Understanding motovibration performance: a deep dive into the system
The motovibration testing system is an electromechanical vertical vibration platform designed to simulate transportation conditions across a wide range of products and packaging formats. Its versatile design supports test items weighing up to 5 tons and reproduces sinusoidal vibration frequencies, making it suitable for evaluating diverse product–package combinations and their behavior under real-world distribution stresses.
Vibration motion, frequency, and acceleration
This system delivers true vertical sinusoidal motion, generated through eccentric rotating motors with adjustable unbalances. It operates within a frequency range of 15 to 60 Hz and can reach acceleration levels up to 6g. The displacement (stroke) is adjustable from 0.2 mm to 4.6 mm (0.01 to 0.2 in), allowing users to simulate different transport vibration profiles with high precision and repeatability.
Enhanced vibration control and multi-mode testing
Features eccentric motors with the ability to adjust vibration amplitude, changing the displacement of the vibration wave applied to the test sample. Existing rotary tables on the market only have a fixed offset. In addition, these engines allow different types of tests to be carried out depending on their layout on the simulation table, increasing the possibility of the type of tests to be carried out.
The control system allows vibration testing of products in the following modes:
Fixed frequency
Step-by-step vibration programmable over time at fixed frequencies
Frequency oscillation (sine & sweep)
Control System and Test Modes
The motovibration test system is capable of performing a wide range of mechanical evaluations essential for packaging, product validation, and structural assessment. It enables component fatigue tests to determine durability under prolonged vibration exposure, as well as quality tests to verify product reliability before market release. The system also supports realistic transport simulation, helping identify risks associated with real-world distribution environments. Additionally, it performs detailed resonance analysis to detect critical frequencies that could lead to product or packaging failure. Together, these capabilities make the motovibration system a versatile tool for engineering, R&D, and quality assurance teams.
Installation and operational requirements
Thanks to its electromechanical design, the system does not require a special foundation or structural anchoring, enabling fast and flexible installation on standard industrial floors. The machine operates with low noise levels, making it suitable for use in laboratories or production environments.
Vibration testing applications
Controlled vertical vibration testing enhances predictive performance analysis, ensuring packaging can withstand repeated transportation shocks.
- ISO 5344 Electrodynamic vibration generating systems – Performance Characteristics
* This is a representative list of standard tests the machine can perform. Others may be available – contact our sales team for more information.
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Products of the innWave family
During distribution, products and packaging are continuously exposed to vibration that can compromise their performance and integrity. The innWave family is designed to simulate real-world vibration conditions, assess structural resilience, and ensure packaging reliability throughout the supply chain.
Industries
Our machines are designed to meet the testing needs of a wide range of industries, helping ensure product safety, quality, and performance thanks to their versatility and precision.
