Interface Releases New ConvexBT White Paper

To meet the demand for the ever-evolving technological landscape, Interface is constantly gathers input from our customers across all industries and global network of test and measurement professionals to understand trends and sensor requirements for today and into the future. These valuable insights drive our new product introduction strategy and evaluations into how we can best solve your challenges.

In this new white paper, Ted Larson, VP Product & Project Management, and James Richardson, Mechanical Engineering Manager, highlight our recent introduction of a revolutionary load button load cell. We have captured the journey of our design story, along with detailing the innovative features, capacities, and benefits of our new ConvexBT Load Button Load Cell. Access the entire paper.

ConvexBT was introduced due to the growing trend of electronics miniaturization going on throughout nearly every hardware industry in the world. Original equipment manufacturers (OEMs) are packing more capabilities into smaller and smaller packages, and as product size shrinks testing sensors and equipment must downsize to match. ConvexBT is engineered to fit in tight spaces to test compression force with ultimate precision. It’s well-suited for industries like medical and industrial, where product miniaturization is prevalent throughout.

You can see some of the other recent ConvexBT highlights and use cases here:

[White Paper] ConvexBT The Most Innovative Load Button Load Cell

Advancing Load Button Load Cell Capabilities with ConvexBT 

Robotic Arm Application Note

Sensor Tips Magazine Highlight of ConvexBT

ConvexBT also includes some incredibly novel design choices that helps with rejection of misaligned loads, as well as temperature compensation. This makes it not only the most accurate load button load cell on the market, but also the most flexible. To learn more about ConvexBT and the unique design, capacity ranges, technical specification and more, download the white paper here.