Simulated Transport Vibration Test Machine

Simulated Transport Vibration Testing Machines can be divided into two types: small-scale simulated transport vibration tables and large-scale simulated transport vibration tables.  They feature a digital display for vibration frequency; a synchronous, low-noise belt drive system; a rail-type clamping system for test samples, ensuring convenient and safe operation; a heavy-duty channel steel base with vibration-damping pads for easy installation and stable operation without the need for anchor bolts; and a DC motor for smooth operation and strong load capacity.

Applications

Simulation of transportation vibration environment: The simulation of transportation vibration table can simulate the vibration environment that may be encountered in cars, trains, ships and other transport vehicles, such as bumps, uphill, downhill, turning and other circumstances of the product collision, extrusion and other vibration, to evaluate the product in these conditions of transportation performance and packaging design rationality.

Evaluation of product vibration resistance: Through vibration testing, you can assess whether the product can withstand the test of the vibration environment during the transportation process, including structural vibration resistance, reliability and sound parts. This helps to ensure the safety and stability of the product during transportation.

Optimize product design and packaging: Test results from simulated transportation shakers can provide data support for product design and packaging optimization. For example, based on the test results, the product structure can be improved, the material strength can be enhanced, or the packaging design can be optimized to improve the transportation resistance of the product.

Quality control and inspection: During the production process, the simulated transport shaker can be used to check whether the product meets the preset vibration resistance requirements. This helps to ensure consistency and stability of product quality, reducing returns and repair costs due to quality problems.

Standards

ISO 2247:2000 Packaging — Complete, filled transport packages and unit loads — Vibration tests at fixed low frequency

ASTM D4169 Standard Practice for Performance Testing of Shipping Containers and Systems

ISTA :International Transport Packaging Association)

MIL-STD-810G: Department of Defense Test Method Standard — Environmental Engineering Considerations and Laboratory Tests

IEC 60068-2-6:2007 Environmental testing - Part 2-6: Tests - Test Fc: Vibration (sinusoidal)

Features

The digital gauge shows the vibration frequency

Synchronous noise belt drive, very low noise

The sample clamping adopts the guide rail type, which is convenient and safe to operate

The base of the machine is made of heavy-duty channel steel with vibration-damping rubber pad, which is easy to install and

runs smoothly, without the need to install anchor screws

The DC motor has speed regulation, stable operation and strong load capacity

Rotary vibration (commonly known as horse racing) conforms to European and American transportation standards

Technical Parameters

Accessoriess

1. Sample Fixing Components: Universal adapter clamps (to accommodate different packaging sizes), high-strength fastening straps (to prevent sample vibration and displacement);

2. Protective Components: Wear-resistant tabletop protective mat (to protect the vibration table surface and the bottom of the sample);

3. Maintenance and Spare Parts: Equipment fasteners (spare bolts/nuts), motor fuses (suitable for 0.75KW DC motors);

4. Auxiliary Components: Operation instruction manual, test record forms.

Test Procedures

1.Pre-operation Preparation

Equipment inspection: Check power supply stability, ensure vibration table surface is flat, fasteners (bolts, fixtures) are tight, and rotary vibration components run without jamming/wear; Verify emergency stop button functions normally.

Sample preparation: Confirm the test package/unit load meets the equipment’s maximum load limit (≤100kg); Ensure the package is sealed and fixed as per actual transportation conditions (e.g., pallet binding).

Parameter confirmation: Determine test parameters (frequency: 100-300rpm, amplitude: 1 inch/25.4mm, test duration) based on standards (e.g., ASTM D4169. ISTA) or customer requirements.

2.Parameter Setting

Power on the device and its control software; Input test task info (sample ID, package type).

Set vibration parameters (frequency, amplitude, test time) in the software; Confirm the vibration mode is set to "rotary type".

3.Sample Installation

Place the test sample centrally on the vibration table; Fix the sample with fixtures/binding straps to prevent displacement during vibration (ensure the fixing method simulates actual transportation).

Adjust the sample position to avoid contact with the table’s edge or other components.

4.Test Execution

Confirm personnel are away from the vibration area; Start the test via the software/device panel.

Monitor the operation in real time: Check for abnormal noise, sample shifting, or parameter deviations; Press the emergency stop button immediately if malfunctions occur.

5.Post-test Handling

After the test ends, stop the device and power it off; Remove the sample and inspect its integrity (e.g., package damage, internal product shifting).

Export test data (vibration duration, operating parameters) and record the sample status; Clean the vibration table and fixtures, and tighten loose components if needed.

6.Safety Specifications

Only trained operators can operate the device; Do not touch the vibration table during operation.

In case of abnormal conditions, stop the device first (use emergency stop if necessary) before troubleshooting.

YouTube video introduction:https://www.youtube.com/watch?v=K-jGOxzBnxw