Package Testing & Simulation Equipment

Gathering and analyzing data is crucial for safe and efficient product transportation. Our innSoft Analyze software excels in identifying key route inflection points and potential hazards, making it the top choice for analyzing cargo routes. This precise analysis ensures risks are anticipated and mitigated, safeguarding the product throughout its journey.

The innVision family consists of two high-speed machine vision systems, the innVision ST and the innVision PRO, for recording and analyzing the deformation of the unit load in an easy and intuitive way.

Advanced and innovative patented Acceleration Sled to simulate the horizontal accelerations/decelerations that affect the safety and stability of the load.

An advanced solution to simulate the horizontal accelerations/decelerations that affect the safety and stability of the load.

The first machine ever to combine load stability and acceleration in one innovative solution. It seamlessly integrates dynamic horizontal acceleration and static tilt tests, delivering precise, real-world load stability evaluations to enhance supply chain safety.

Motovibration Testing System is an electromechanical vertical vibration machine designed to assess the reliability of products and packaging during transportation and to test their ability to perform their functions in the presence of vibrations in order to identify technological defects.

The Rotational Vibration Test System is the latest innovation developed by the team of experts at Safe Load Testing Technologies.

The Pitch & Roll Module simulates the pitch and roll movements on an existing vertical vibration table.

The Vertical Vibration + Pitch & Roll System can simulate the vertical vibrations and pitch and roll movements with high accuracy.

The Tilt Testing Tool is specifically designed for tilt testing to evaluate load stability during transportation

The TLE Tilt Machine is an innovative solution that integrates the possibility of performing tilt tests on palletized units in a simple, fast, and repeatable manner, always obtaining accurate results.

The Horizontal Impact Tester assesses the strength and stability of loads against sudden impacts. Its advanced design and programmable controller enable precise customization of the impact pulse. This type of testing is essential to replicate real-world conditions—such as sudden braking, quick accelerations, and abrupt movements—ensuring your products remain secure and intact throughout transport.

The Inclined Impact Tester evaluates the ability of loads to withstand horizontal impacts or crushing forces thanks to the gravity force.

Designed for testing compressive strength of packaging and creep performance of shipping containers, pallets and unit loads, according with the ASTM and ISTA international standards.

Designed to measure the protective capacity of product packages when are exposed to horizontal compression forces during warehouse automatic storage.

The DP100 is designed for small packages and can be used for simulating different drops like flat drops, edge and corner drop, and drop on hazards.

Drop testing simulates the impacts that occurs during shipping and distribution environment. The information obtained by performing drop testing allows companies to save money, minimize damage and losses, while reducing costs and ensuring customer satisfaction.

The bottle tester device is designed for measuring plastic bottles deformation produced by the internal pressure.

The DR4-04 is a data recorder with a high-performance piezoelectric accelerometer, a secondary capacitive accelerometer and other environmental sensors.

The DR4 is capable of quickly and accurately characterizing a vibration, shock or environmental profile and uploading the data for analysis thanks to the new and intuitive innSoft-Analyzer software. This information can be used later in the design/optimization of the packaging to guarantee the safety of the goods. In addition, DR4-03 model includes environmental sensors to better characterize the actual conditions of the distribution cycle.