Strain Measurements on Flexible Pipeline Systems

In today’s ever-changing technology environment, Test Engineers face bigger & more complex challenges than ever before when choosing a Future Proof, Robust & Expandable Data Acquisition System.

Engineering teams rely on powerful, customizable tools to handle increasingly complex test scenarios. GI.bench now includes integrated Python scripting, empowering engineers to automate measurement workflows, perform advanced real-time analyses, and seamlessly integrate with external software. This feature leverages Python's rich ecosystem, ensuring flexibility and efficiency in test and measurement projects.

When building a rocket there is a whole flight certification process, and qualification is an important part of that. It proves the hardware meets the requirements and performs the way it is designed to do. Of all parts of a rocket, the engine section is perhaps the most critical during launch. The weight of the massive rocket is pushing down, while the engines are pushing up with millions of pounds of thrust. Whether it is an engine for experimental rockets or for commercial spaceflight, adequate testing is critical to the success of each launch program.

Engineers and technicians often have a lot of problems when they are dealing with complicated data acquisition setups. These setups can include large amounts of data, the use of different devices, and the need for information in real time. Addressing these challenges head-on, Gantner Instruments proudly announces the latest evolution of our industry-leading software, GI.bench.