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Biomass Optimization

Driving Force in Biomass Optimization is Measurement Technologies

Interface supplies force, torque, and weighing measurement solutions to advance biomass energy production. Our diverse range of products, including load cells, torque transducers, and wireless telemetry systems, are engineered for precision, durability, and versatility. These sensors are critical for optimizing biomass processing, ensuring safety, and maximizing efficiency across various applications.
Retrofitting Factories

Retrofitting Factories with Measurement Solutions

Interface force, torque, and weight measurement solutions for retrofitting factories and modernizing manufacturing can significantly improve operations, efficiency, productivity, safety, and sustainability. Load cells, multi-axis sensors, and load pins can upgrade existing machines and equipment to provide sensor data for predictive maintenance, quality control, and improving durability.
Actuator Solutions

Actuators and Sensors Combine Forces in Test and Measurement

An actuator is a device that converts energy into mechanical movement or force. An actuator is responsible for moving and controlling a mechanism…
Test Machines

Types of Test Machines Using Sensors for Reliable Assessments

Interface supplies sensor technologies to UTM machine architects, engineers, machine builders, integrators, and testing labs. Test machines use Interface load cells, torque transducer and multi-axis sensors for all kinds of tests including fatigue, stress, destructive, cycle, material, tensile and more. Interface products are used in test machines across all industries, including automotive, energy, medical, aerospace, and manufacturing.
Torque Primer Banner 2

Interface Primer Dives Deep into Torque Measurement

Interface Torque Measurement Primer provides a comprehensive technical guide to navigate types of transducers, measurement calculations, intallation methods, accessories, mechanical considerations and environmental factors. Torque measurement can be simple or complex, and choosing the suitable transducer requires a deep understanding of your application’s needs. Torque Primer Review Part 2
Multi Axis Sensors Expanding

Get Acquainted with Interface’s Expanding Line of Multi-Axis Sensors

Interface multi-axis sensors dramatically expand data accessibility in test and monitoring applications. The fastest line of products in Interface's extensive force, torque, and weight measurement solutions catalog includes Interface 2-axis, 3-axis, 6-axis, and axial torsion sensors. Multiple points of reference data from high-accuracy multi-axis sensors provide critical details for improving product efficiency, quality, and safety.
Testing Labs Case Study 1

Interface Case Study Highlights Testing Labs Requirements for Certainty

Interface case study, Ensuring Certainty in Testing Labs with Precision Force Measurement, highlights application examples and details testing lab challenges and Interface solutions. Interface offers a robust line of high-accuracy load cells, torque transducers, multi-axis sensors, and instrumentation. We are a leading supplier to calibration and testing labs globally. With more than 35,000 products in our line, there are many options for testing labs to choose from for fatigue, stress, material, and other tests.
Torque Measurment Primer Review

Torque Measurement Primer Review

Interface Torque Measurement Primer is an expert guide that takes you step-by-step, from torque transducer basics through complex capacity calculations to fixture and mounting considerations. This technical reference offers considerable detail and diagrams regarding critical topics that impact the performance and accuracy of torque transducers. Learn about defining capacity requirements, performance factors, mechanical configurations, outputs, and resolution, plus tips for mounting and couplings.
Motion Control

Understanding Torque Transducers for Motion Control Systems

Interface torque transducers are essential components in motion control systems. They are important in controlling rotating machinery by providing real-time feedback on the applied torque accurately and efficiently. If your motion control system demands high precision, efficiency, and reliability, removing key shafts and employing torque couplings might be beneficial.