In Part 1 of this Load Pin Advantage series, we explained how using a Strainsert Load Pin in place of an existing pin that is present in the application hardware many times provides significant advantages…
Recently we have had the privilege of working with a few customers on complex force sensing applications with extensive performance and quality requirements. The applications required continuous sensor operation and measurement performance while subjected to…
One of many advantages of working with Strainsert is our commitment to full cycle manufacturing. Full cycle manufacturing means Strainsert manages every stage of the production process — from initial specifications and product design through…
Many of the research, testing, weighing and control applications that support the Aerospace, Industrial, Military, and Marine industries contain integrated force sensing capabilities. This sensing capability is typically designed to provide accurate measurement data throughout…
We are excited to announce that Strainsert is celebrating our 65th successful year as a multiple patent holding innovator and leading pioneer in the Force Measurement Industry. Our journey started in 1960 when the Strainsert…
Are the costs of force sensor quality important? Absolutely, especially if a company is actively looking to purchase force sensors for an application with strict requirements or will be operating in a harsh environment like…
Strainsert is a leading designer and manufacturer of custom force sensors and has developed a proven custom force sensor design process. Throughout our 60+ years of manufacturing wireless force sensors, load pins, load cells, tension…
Load pin installation instructions for installing load pins are very useful for customers at their facility and within their application. Strainsert shares the following guidelines to maximize the accuracy and performance of their load pins,…
Here are the most common frequently asked questions on load cell calibration for engineers working on research, control, testing and weighing applications or procurement professionals working with engineers looking for load cells for a specific…
Typically, standard load pins fail for two reasons, either they are too large for the space, causing friction and disruption, or they don’t receive the proper force in the space which reduces the function of…