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The inclined impact test allows companies to enhance safety in the transportation of goods. In this article, we delve into the features of the inclined impact test and its essential role in testing packaged goods. Also, we will assess the international regulations involving the use of the inclined impact machine to pass tests or obtain the corresponding certification.

What is the Inclined Impact Test?

The Inclined Impact Test helps companies simulate real transport conditions and identify and mitigate potential risks before their products go to market

Throughout the complex distribution process, goods encounter numerous obstacles that can jeopardize their integrity. One of the steps in this assessment is subjecting the products to specific tests, such as the inclined impact test.

This is especially relevant in maritime transport contexts, where the handling of large containers and pallets is very common. On the one hand, the potential impacts when holding, placing, or moving goods from significant heights can cause unpredictable shocks and damage the goods.

On the other hand, smaller impacts generated by manual handling and the inherent movements of goods transport by road or rail, including accelerations, decelerations, and braking, can result in damage to both the packaging and the goods within.

Characteristics of the Inclined Impact Test in Transport Simulation

The Inclined Impact Test has become a fundamental tool in transport simulation, particularly in the validation and optimization of packaging. This test focuses on accurately simulating the adverse conditions that can arise during the transportation of goods.

One of the key features of the Inclined Impact Test is its ability to replicate impacts and movements that occur in real-world situations, whether in land, sea, or air transportation. This precision is achieved through the advanced technology with which these equipment are designed, enabling companies to obtain reliable and accurate results. Furthermore, the Inclined Impact Test can be tailored to the specific requirements of each project, providing customized solutions that ensure the integrity of products during their transportation.

Innovation and ongoing research at Safe Load Testing Technologies have enabled the design of high-precision equipment for conducting the Inclined Impact Test, incorporating advanced features that position it as a leading solution in the market. In a context where safety and efficiency in transportation are essential, the Inclined Impact Test stands out as an indispensable tool, backed by the experience and commitment of Safe Load Testing Technologies.

Advancements in Inclined Impact Testing Equipment: Ensuring Safety in Goods Transportation

In the field of transport simulation and packaging optimization, the Inclined Impact Test has established itself as an essential tool to ensure the integrity and safety of products during their transportation. Safe Load Testing Technologies, a global leader in testing solutions for packaging optimization and validation, has developed cutting-edge equipment that accurately simulates real transport conditions.

These state-of-the-art equipment, designed with the latest technology, enable companies to identify suitable packaging solutions and ensure the safe transportation of their products. One of the distinctive features of the Inclined Impact Test is its ability to accurately replicate the impacts and movements that can occur during transportation, whether by road, sea, or air. Furthermore, thanks to ongoing research and innovation at Safe Load Testing Technologies, this test has been perfected to provide more precise and reliable results.

Companies around the world, from large brands to packaging manufacturers, have placed their trust in Safe Load’s solutions to establish their testing laboratories, thus validating the effectiveness and relevance of the Inclined Impact Test. In a world where the demand for fast and secure shipping is on the rise, having high-quality transportation simulation tools has become essential. Hence, the Inclined Impact Test, with its advanced features and unmatched precision, stands as a market-leading solution, supported by the experience and commitment of Safe Load Testing Technologies.

Discover how MOSCA created a new laboratory to offer pallet packaging tests in their facilities using Safe Load Testing Technologies’ equipment!

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The inclined impact machine assesses the ability of packaged goods to withstand lateral impacts due to the force of gravity.

The main characteristic of the inclined impact machine is its ability to test shocks while considering the force of gravity. This machine allows for a more faithful simulation of the lateral impacts that the cargo may experience inside a container during its transport.

Technical specifications

  • Anti-rebound hydraulic dampers.
  • Articulated platform for easy loading with a stacker or forklift.
  • Soft displacement by guides.
  • 10º inclination.
  • Velocity acceleration adjustment.
  • Software with intuitive controller.

Optional accessories

  • Hazards ISTA
  • Speed sensor with innVision System

Benefits of Conducting the Inclined Impact Test

The impact test is one of the primary tests conducted to achieve optimized packaging and secure products for transportation. The data collected in the impact test provides companies with:

  • How to create more sustainable packaging
  • Improvement of protective design to prevent losses
  • Gravity impact resistance data
  • Packaging rebound capacity when subjected to impacts.
  • Defined and controlled acceleration and angle to faithfully reproduce transportation scenarios.

Conducting impact tests enables the identification of packaging vulnerabilities, facilitating improvements that ensure the protection of goods during transportation and prevent the loss of customer trust in the company.

International Regulations for Inclined Impact Testing

The risks of harming goods can be mitigated by conducting inclined impact tests defined by international regulations.

The international standards ISTA and ASTM that include the inclined impact test are:

  • ASTM D4169
  • ASTM D880
  • ASTM D5277
  • ISTA 1A, 1B, 1C, 1E, 1G, 1H
  • ISTA 2A, 2B, 2C
  • ISTA 3E, 3K
  • ISTA 6-Samsclub

Compliance with certain international standards such as ASTM or ISTA includes the use of the inclined impact machine, for example, ASTM D5277.

The ASTM D5277 standard establishes specific procedures for replicating and comparing damages caused by rail switching or rail alignment impacts using an inclined impact machine. This standard is particularly suitable for simulating the types of impacts experienced during loading on the rail crossing of railcars with standard draft gear. However, it’s important to note that it’s not applicable for railcars with long-travel draft gear or cushioned underframes.

Additionally, this testing method can also be successfully employed in pallet sorting tests, making it a versatile tool for assessing the strength and durability of various types of packaging and cargo.

Contact our experts to address any questions you have about impact machines, we’ll be delighted to provide guidance.