Long Stroke Shaker for Structure Testing
Long-Stroke Shakers for Precise Structural Testing.
Ideal for vibration, seismic, and modal analysis.
Long Stroke Shaker for Structure Testing
Vibration Testing – Ball-Bearing Long-Stroke Shakers for Structural Testing
The APS Series Ball-Bearing Long-Stroke Vibration Exciters are engineered for high-performance structural testing, providing powerful and stable excitation with extended stroke capabilities. These vibration shakers are essential for modal analysis, vibration testing, and low-frequency dynamic studies across various industries such as civil engineering, automotive, aerospace, and industrial applications. The series offers a range of models designed to meet diverse force, frequency, and payload requirements.
These electrodynamic shakers ensure accurate simulation of real-world vibrations, making them ideal for labs and field setups alike. Their long-stroke performance, combined with ball-bearing guidance and solid construction, supports dependable results in challenging testing environments.
Long Stroke Shaker for Structure Testing
Vibration Testing – Ball-Bearing Long-Stroke Shakers for Structural Testing
The APS Series Ball-Bearing Long-Stroke Vibration Exciters are engineered for high-performance structural testing, providing powerful and stable excitation with extended stroke capabilities. These vibration shakers are essential for modal analysis, vibration testing, and low-frequency dynamic studies across various industries such as civil engineering, automotive, aerospace, and industrial applications. The series offers a range of models designed to meet diverse force, frequency, and payload requirements.
These electrodynamic shakers ensure accurate simulation of real-world vibrations, making them ideal for labs and field setups alike. Their long-stroke performance, combined with ball-bearing guidance and solid construction, supports dependable results in challenging testing environments.
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Stable, Precise Vibration Control for Structural Testing
Reliable Performance with Structural Testing Flexibility
Engineered for stability and precision, each APS model delivers a long displacement range, low transverse motion, and compatibility with a wide range of test setups. Whether you’re simulating earthquake loads, testing floor vibrations, or evaluating large machinery, these exciters adapt seamlessly to your testing protocols.
- Multiple models available to suit a range of testing needs, from compact portable units to high-force systems with large payload capacities
- Extended stroke capability for accurate testing at low frequencies and long displacements
- Ball-bearing guidance system for smooth, low-friction motion and enhanced durability
- Low cross-axis motion to ensure precision by minimizing unwanted lateral movement during tests
- High payload capacity to accommodate various structural components and large test items
- Rugged, field-ready design suitable for both laboratory and on-site use across diverse industries
Sectors
Sectors
Aerospace & Defence Industry
Advanced tools for testing and monitoring aerospace and defense applications.
Learn MoreFAQs
FAQs
It is used for structural and modal testing to simulate real-world vibration conditions, helping assess natural frequencies, damping, and structural responses.
Models differ in stroke length, force capacity, and orientation options, ranging from compact units for lighter, horizontal testing to more powerful systems for heavy-duty applications.
Yes, they are built for durability and portability, making them suitable for both laboratory and on-site testing.
They are widely used in civil engineering, aerospace, automotive, construction, and machinery manufacturing for structural dynamic analysis.
Yes, these exciters integrate easily with various external power amplifiers, force sensors, and modal analysis systems.
