Interface provides the maritime industry with products designed for offshore, underwater, and splash zone locations, including load cells, tension links, shackles, instrumentation, wireless telemetry systems and more.
Interface force measurement solutions are used for infrastructure projects to measure and monitor bridges, dams, waterways, roads, tunnels, construction projects, cranes and lifts, energy structures, generators and heavy machinery.
Interface application engineers illustrate 50 new app notes showing how load cells, torque transducers and instrumentation are used across industries including aerospace, agriculture, infrastructure, test and measurement, automotive, maritime and medical projects.
One of the most common use cases for Interface Maritime measurement and weighing solutions is in the operations of cranes. Our ruggedized tension links, load pins, load cells, instrumentation and wireless sensors are used for crane safety and verification.
Interface Load Pins pins are commonly used in cranes and lifts. Through ingenuity of engineers and our customers, load pins are rapidly expanding in popularity for infrastructure, aerospace, maritime, agriculture, and industrial use cases. Learn more about uses in tractors, submersible boat docks, landing gear tests and more.
Interface, the world’s trusted leader in technology, design, and manufacturing of force measurement products, has acquired LCM Systems Ltd, a market leader in specialized load measurement solutions utilized across industries by customers worldwide. The acquisition of LCM Systems accelerates Interface’s growth. LCM Systems manufactured products includes load pins, load shackles, tension links and specialized measurement sensor solutions.
Interface maritime case study highlights solutions using our load cells, load pins, load shackles, tension links, wireless instrumentation and custom made solutions for submersibles and harsh environments.
It's important to understand how the the environment will impact output when choosing a load cell. Temperature compensation is a top consideration. What is the temperature effect on zero for the load cell?
