You are here: / / quality

Tag Archive for: quality

Vehicle Quality And Safety Testing

Vehicle Quality and Safety Testing

Interface force and torque sensors validate vehicle safety and quality, ensuring strict compliance with global automotive testing standards. Testing of interior and exterior components and structures requires high-accuracy sensor technologies paired with instrumentation to validate performance under strict performance requirements. From brakes to seat belts, bumpers to engines, Interface is a preferred provider of load cells and torque transducers for vehicle safety and quality testing.
Consumable Continuum

The Consumable Continuum Demands Measurement Technology

Interface is a supplier of measurement solutions for the consumable continuum, which represents the entire lifecycle of a product, from the arrival of raw bulk materials to the moment a consumer opens the package. In high-volume production environments, force, torque, and weight measurement accuracy is the primary factor in determining the difference between a profitable run and a costly recall.
Thank You 2025

An Interface Thank You Note

Interface thank you note to our customers, team members, partners, educators, students, followers and global network. We love the challenges to help innovators, pioneers, and testing labs in all industries achieve the best results using our force measurement solutions. Sensors are the future, your requirements inspire us. With gratitude, thank you!
Instrumentation Alarms

Using Instrumentation to Set Alarms for Force and Torque Measurements

Interface load cells and transducers are often paired with instrumentation devices that include alarm features to create a system that can monitor data from the sensors and trigger alerts when specific conditions are met. Instrumentation alarms are crucial for safety, process control, equipment protection, and quality assurance in various industrial and laboratory settings.
NONLINEARITY 101

Nonlinearity 101

Nonlinearity refers to the deviation from a straight line during a single, continuous loading cycle, which is a percentage of full scale from zero to full load. Interface 101 Nonlinearity details this crucial specification because it directly impacts the accuracy of your measurements. A load cell with a high nonlinearity percentage will give you inaccurate readings, especially at the intermediate points of its measurement range.
Essential Load Cell Specs

Expert Tips for Essential Load Cell Specifications

Interface force measurement experts share top load cell specification tips for capacity range, accuracy, temperature, calibration, and system-level considerations. Choosing a load cell requires an understanding of how the sensor will perform within your specific system. Get the tips, watch the video, and find a helpful glossary of specifications terms.
Manufacturing In The Usa

Manufacturing Interface Load Cells in the USA Represents Quality and Value

Interface's force measurement solutions embody precision and reliability, bearing the "MFG IN USA" label. This label is a beacon of quality, trust, and enduring value, guaranteed by Interface. Interface manufacturing headquarters are in the USA, based in Scottsdale, Arizona. The company began in Arizona and boasts a 57-year legacy as a women-owned global leader in sensor technology.
Tensile Testing Apps

Precision Under Pressure in Tensile Testing Applications

Interface load cells enable accurate tensile testing for material characterization, quality control, and R&D. Tensile testing applications using Interface force measurement devices include medical devices, 3D printing, aircraft, aerospace, automotive components, consumer products, fabrics, and more. Accurate measurement ensures product safety and performance.
Gripping Applications Post

Load Cells are The Force Multiplier in Precision Gripping Applications

Interface load cells measure the applied force of grips used in robotics, industrial machines, medical devices, aerospace and drone applications, lifting, and research. Sensors must be selected based on capacity, size constraints, environmental conditions, and measurement requirements. Interface load cells measure the applied force of grips used in robotics, industrial machines, medical devices, aerospace and drone applications, lifting, and research. Sensors must be selected based on capacity, size constraints, environmental conditions, and measurement requirements. Learn about our gripping measurement products, including multi-axis sensors, miniature load cells, buttons, S-type load cells, low profiles, and wireless sensors.