Case Study


Digging Into Mining Advancements Using Interface Solutions

The global mining industry is experiencing a major shift as demand for rare earths and critical minerals like lithium, nickel, and cobalt grows. Rare earths are used in many modern technologies, including consumer electronics, electric vehicles, large-scale battery storage, renewable energy systems, and military equipment. As extraction and processing increase, mining operations face pressure to meet production goals efficiently and safely, while also reducing environmental impact and equipment wear.


Case Study Summary

  • About

    The global mining industry is experiencing a major shift as demand for rare earths and critical minerals like lithium, nickel, and cobalt grows. Rare earths are used in many modern technologies, including consumer electronics, electric vehicles, large-scale battery storage, renewable energy systems, and military equipment. As extraction and processing increase, mining operations face pressure to meet production goals efficiently and safely, while also reducing environmental impact and equipment wear.

    Interface, a leader in force measurement and sensor technology, supports the mining industry with measurement solutions used in R&D, equipment, tools, and operational monitoring. Our load cells, torque transducers, multi-axis sensors, and wireless telemetry systems are employed throughout the mining process, from machine design to on-site extraction and transportation. Sensors provide engineers, scientists, and operators with accurate data to manage quality, monitor safety, increase production, and reduce downtime in challenging environments.

  • challenge

    To meet the changing economic demands in energy, automotive, consumer products, aerospace, and innovative sectors, there is a need for materials that can only be obtained through mining operations. Production capacities require advancements that need precision measurement and integration into tools and machines, without compromising worker safety, equipment integrity, or operational efficiency.

    Traditional mining equipment has not fully leveraged force measurement sensors to monitor stress, torque, and load in real-time, making it challenging to detect overloads or potential failures before they occur. This limitation increases the risk of accidents, causes more downtime, and leads to costly maintenance. The industry faces the challenge of scaling extraction while maintaining high safety standards and controlling operational costs.

  • Solutions

    Interface offers proven sensor technologies for essential mining applications. Our durable range of load cells and torque transducers measures mechanical forces, loads, and torque on mining machinery, including excavators, scales, transports, conveyors, cranes, and drilling systems. These sensors are built to endure extreme conditions while delivering accurate data that facilitates predictive maintenance and safer operations. Our instrumentation system provide data logging, real-time analysis, alarm functions, and DAQ capabilities.

    Mining Tank Weighing

    Mining operations use tanks for blending, dosing, and mixing materials. Interface’s WSSCLC-Mount Weighing Assembly Load Cells, combined with the 1280 Programmable Weight Indicator provide measurement of material weight within the tanks. This system enables operators to track the amount of material being added or removed, preventing overfilling or under-dosing for better quality control, increased process efficiency, and less waste in material management.

    Monitoring the Safety and Regulation of Cranes

    Cranes and lifting systems are essential to mining operations. Interface’s WTSATL-JR Aluminum Compact Wireless Tension Link Load Cell can verify if a crane is capable of safely lifting the working load limit (WLL) or safe working load (SWL). Pairing with a WTS-RM1 Wireless Relay Output Receiver Module, the system can trigger alarms as loads approach maximum capacity. Data from the sensors is transmitted to the WTS-HK-S Next-Generation Wireless Handheld or PC, allowing operators to make immediate safety decisions and maintain compliance.

    Mining Truck Scale

    Accurate weighing of mining trucks prevents overloading, which can cause structural damage, safety hazards, and inefficient fuel consumption. Interface’s WTS 1200 LowProfile Load Cells are easy to integrate into truck weighing scales. As a loaded truck drives over the scale, it captures weight measurements and transmits the data to the WTS-BS-4 Industrial Base Station. The data is processed and analyzed with Interface’s Log100 software. At the same time, the WTS-LD2 Wireless Large LED Display provides real-time feedback to ensure compliance with load regulations and improves logistics efficiency.

    Excavator Test and Measurement Applications

    Excavators perform essential tasks such as digging, lifting, and moving heavy materials. Interface measurement devices are vital for assessing the performance and efficiency of these machines by measuring the digging force applied by the excavator’s bucket as it penetrates the ground, ensuring it meets the necessary performance standards for specific materials or depths. Torque transducers measure the swing torque of the excavator, verifying that there is enough rotational power to move the boom and bucket safely and efficiently. This data gives insights to optimize excavator design, improve energy efficiency, and increase reliability in extreme conditions.

  • Results

    Interface sensor technologies improve the usability, safety, and capabilities of mining equipment. Real-time monitoring of force, torque, and weight reduces the risk of mechanical failure, helps prevent accidents, and cuts down on unexpected downtime. Interface sensors also supports predictive maintenance strategies, resulting in lower repair costs and longer lifespan for key mining machinery.