2025 Transcends Far Beyond Basic Measurements

The world is demanding more from its sensors. Force measurement today is far beyond merely capturing essential single-axis tension or compression readings. It is about harnessing precise, reliable data to fuel innovation and efficiency across industries.

The type of force measurement applications today range from microscopic to massive measurement capacities, whether used on the factory floor or in the ocean depths. How engineers, product designers, and testing labs use force measurement data acquired from high-accuracy measurement sensors is evolving at an unprecedented pace.

Primary Innovation Drivers Advancing Force Measurement Applications

#1 The Rise of Smart Everything

The Internet of Things (IoT) connects devices and machines like never before, and force sensors are crucial in this interconnected world. Load cells are embedded intelligence that enables real-time data analysis, predictive maintenance, and process optimization in smart cities, with IoT wearables and new inventions like smart floors and smart pallet movers.

#2 Miniaturization Meets Connectivity

Sensors are shrinking while their capabilities are expanding. Tiny force sensors like Interface’s?SuperSC Miniature S-Type Load Cells?and?LBM Load Button Load Cells?can be easily integrated into everything from new medical devices to?collaborative robots (cobots).?These sensors provide continuous data streams and enable new levels of precision and control. Their capabilities are moving beyond testing and toward more incorporation into wireless environments.

#3 Demanding Applications, Demanding Precision

Industries that thrive on innovation, such as aerospace, medical devices, industrial automation, and renewable energy, require force measurement solutions that can withstand extreme conditions and deliver unwavering accuracy. Examples of this trend are submersible sensors for offshore wind turbines, sensors for testing implantable medical devices, surgical robot articulation projects using multi-axis sensors, and high-temperature, high-capacity sensors for jet engine projects.

#4 Sustainability Takes Center Stage

As the world focuses on environmental responsibility, force measurement technology contributes to a greener future. Load cells help to drive efficiencies in clean energy production, retrofit machines used in recycling materials, and acquire force data to optimize waste and water management operations.

Join Us in Watching These Key Trends in 2025

Advanced Materials and Manufacturing

Expect to see novel materials used to create more durable and long-lasting products, infrastructure, and even biomaterials. Load cell technologies, including strength, fatigue, and elasticity, are central to material science research and testing. Material production equipment in additive manufacturing, including 3D and 4D creations, will integrate sensors to enable even greater miniaturization and precision.

Data Is Always a Better Driver

The wealth of data generated by force sensors is leverageable for machine learning, predictive analytics, and process optimization. Cloud-based platforms will enable collaborative data analysis and visualization. Interface transducers and advanced instrumentation will facilitate easy data capture, storage, and analysis. Check out

Calibration and Traceability

Advancements are not dependable when using ineffective sensors. Investments in high-accuracy, quality sensor technologies are paramount. With increased regulatory scrutiny and a focus on data integrity, expect a renewed emphasis on traceability,?calibration standards, and accreditation?to ensure measurement accuracy and reliability. Use accredited labs for all your calibration services. Refer to our?Calibration Certificates 101?for more information. Interface recommends calibrating the load cell with the instrumentation, known as a?system-level calibration.

Emerging Applications Require Experience

Force measurement is fundamental in emerging fields like robotics, automation,?additive manufacturing, and?renewable energy exploration. For example, force feedback in surgical simulators will provide realistic haptic feedback to trainees. Using load cells, space habitats evaluate their materials and structures in advanced test labs. Biomass?production facilities need accurate measurements to weigh the materials that fuel our future.

VALUABLE TIP: Explore Interface’s new Application Catalog to see the hundreds of ways force measurement solutions are used in new and emerging use cases.

Force measurement is no longer a niche technology but a fundamental enabler of industry progress. Engineers and businesses can leverage this powerful tool to improve their products, processes, and overall competitiveness by staying abreast of these trends.

How can we help you validate and bring your inventions to market in 2025? Let’s explore the possibilities. Connect with Interface, a leader in force measurement solutions, to discuss your specific needs and discover how we can help you harness the power of precision.

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