10kN Sine Force 20kN Shock Force Electrodynamic Shaker Machine with 1-3000Hz Frequency Range for Transportation Simulation Testing

Transportation Simulation Electrodynamic Shaker Machine Performs Road/Rail/Air Vibration Test Profiles

Our Transportation Simulation Electrodynamic Shaker Machine is a versatile and essential tool for manufacturers focused on product integrity during transit. This system is specifically designed to accurately replicate the complex, real-world dynamic environments encountered during Road, Rail, and Air transportation. By subjecting products to authentic and repeatable vibration and shock profiles, our machine is indispensable for identifying latent defects, optimizing packaging, and guaranteeing that your goods arrive at their destination intact and fully functional.

Key Features

• Authentic Transportation Profiles: The advanced digital control system includes a comprehensive library of pre-programmed and customizable test profiles accurately modeled after real-world data from various modes of transit, including:

  • Road: Simulating car, truck, and trailer vibrations (e.g., random vibration on various road surfaces).

  • Rail: Replicating the distinct shock and random vibration patterns of rail cars and freight transport.

  • Air: Simulating the lower frequency engine vibrations and turbulence encountered during air freight.

• Precision Electrodynamic Control: Utilizes a high-fidelity electrodynamic shaker to generate accurate, repeatable, and controlled waveforms (sine, random, and shock), essential for compliance with standards like ASTM D4169, ISTA, and various ISO transit standards.

• Multi-Purpose Testing Platform: The system can be configured with a vertical armature or integrated with a horizontal slip table, allowing for multi-directional testing to cover all aspects of transit stress.

• High Payload & Force Capability: Designed to handle a wide range of products, from sensitive electronics to large, heavy packaged goods, ensuring maximum flexibility for diverse testing needs.

• User-Friendly Control Software: Features intuitive software that simplifies test programming, execution, and data reporting. Users can easily select, modify, and run standard transportation profiles.

• Comprehensive Data Acquisition: Continuously monitors and records all vibration data (acceleration, displacement, PSD, etc.), providing detailed, auditable reports crucial for packaging optimization and compliance documentation.

• Robust Construction: Built for continuous operation in a demanding QA and validation environment, ensuring longevity and reliable performance.

Applications

• Packaging Validation: Optimizing primary and secondary packaging designs to withstand the specific dynamic stresses of different shipping modes.

• Consumer Electronics: Durability testing of smartphones, laptops, and other devices to ensure they survive shipping and handling.

• Automotive Components: Simulating the transportation stresses faced by components shipped between manufacturing plants or to assembly lines.

• Aerospace Components: Qualification of parts and sub-assemblies against air freight vibration environments.

• Failure Analysis: Replicating transit-induced failures in a controlled environment to determine root causes and implement corrective actions.

Benefits

• Reduced Shipping Damage: By accurately simulating real-world transit stresses, you proactively identify and mitigate risks, leading to lower product losses and reduced warranty claims.

• Accelerated Time-to-Market: Quickly validate new packaging and product designs against multiple transportation scenarios, speeding up the validation cycle.

• Guaranteed Compliance: Provides the confidence and data needed to meet global packaging and transit standards.

• Unrivaled Test Realism: Offers a highly accurate assessment of product and packaging performance across the full spectrum of global logistics.

Specifications

Ready to ensure your products survive any journey? Contact our experts today to discuss your requirements for a Transportation Simulation Electrodynamic Shaker Machine.