Test Partner™

Test Partner is a computer-based system for shock data logging. Our models integrate with your computer system to acquire advanced, high-fidelity data during drop, shock, and impact tests. These systems capture and store all acquired data on your computer, using our user-friendly software system, which allows you to access the entirety of this data at any time.

At Lansmont, we carry two different Test Partner models. While both operate on the same foundational principles, they each come with their own unique characteristics. Our Test Partner chassis integrate directly with your computer system via a physical connection. Depending on the model you have, your Test Partner requires either a USB or Ethernet port.

Data acquisition systems like the Test Partner use accelerometers to gather quantitative data. Those sensors are attached directly to the devices under test (DUT), which are then typically subjected to some type of programmed shock, impact or drop

Signal conditioning is the process of preparing electrical sensor signals for data collection. After applying the appropriate signal conditioning to the sensors being used, the data captured by Test Partner hardware will be logged in your Test Partner software program. You can view the collected data in real-time, as it is captured and use the included software tools to track and organize all vital analysis parameters.

Test Partner supports many industries and applications with its ability to adapt to a range of test events. This shock data capture equipment offers value to high-precision industries where accurate, defendable test results are a must. Common industries for this equipment include aerospace, automotive, consumer and industrial electronics, protective packaging, medical devices and pharmaceuticals.

Test Partner supports a diverse range of applications, including:

• Testing and validation of new component designs.
• Durability testing for shock-sensitive equipment.
• Examining structural damage potential during impact events.
• Engineering earthquake-prone infrastructure.
• Defining the protective performance of packaging materials and designs.