Advanced Integrated Measurement Systems for Precision Strain & Stress Analysis

Innovative strain gauge rosettes, load cells, and wireless sensors designed to deliver accurate stress measurement solutions across industries

Overview

Integrated Measurement Systems are essential for capturing accurate strain and stress data in a variety of industrial, structural, and research applications. These systems combine advanced sensor assemblies, transducers, and embedded modules that work seamlessly to provide precise measurement and monitoring capabilities. From high-temperature environments to wireless data acquisition setups, Integrated Measurement Systems deliver robust and adaptable solutions to meet diverse needs. Our headquarters in Tulsa, OK, serve as the innovation hub where research, quality assurance, and product development converge. We have built a strong presence across North America, delivering trusted, scalable solutions tailored to the demands of B2B customers. With a focus on technology innovation and customer support, Strain Stress is committed to helping your business harness the full potential of smart strain and stress measurement technologies.

Integrated Measurement Systems

At Strain Stress, we specialize in designing and supplying cutting-edge Integrated Measurement Systems that enable businesses to monitor structural integrity, improve product reliability, and optimize operational performance. Our portfolio includes strain gauge rosette assemblies that measure multidirectional strain, bolt-on strain transducers for easy installation, and stress monitoring load cells that offer high accuracy under dynamic conditions. We also provide high-temperature strain measurement kits suitable for extreme environments, embedded strain sensor modules for compact integration, and wireless strain measurement nodes for real-time data transmission and remote monitoring.

Strain Gauge Rosette Assemblies

Strain gauge rosettes consist of multiple strain gauges arranged at specific angles—commonly 45°, 60°, or 90°—on a single substrate. This configuration allows for the measurement of multi-directional strain on a surface, enabling the determination of principal strain directions and magnitudes. They are essential for complex stress analysis where understanding the full stress state at a point is critical, such as in aerospace structures, mechanical components, and civil engineering materials.

Bolt-On Strain Transducers

Bolt-on strain transducers are compact sensor modules designed for easy installation on existing structures or machinery without extensive modification. By simply bolting them onto a surface, these transducers provide reliable strain measurement, making them ideal for retrofitting or field testing. They are widely used in structural health monitoring, fatigue testing, and load analysis where quick deployment and minimal disruption are priorities.

Stress Monitoring Load Cells

Load cells are force sensors that convert mechanical load into an electrical signal. Stress monitoring load cells are specialized to track the forces and stresses acting on critical components in real-time.
These devices are crucial for applications like structural load testing, material fatigue analysis, and industrial process monitoring. They ensure safety and performance by detecting overloads or stress concentrations early.

High-Temperature Strain Measurement Kits

These kits include specially designed strain gauges, cables, adhesives, and hardware that can withstand extreme temperatures, often exceeding 500°C (932°F). They are built to deliver accurate strain data in harsh environments such as engine components, turbines, exhaust systems, and industrial furnaces. High-temperature kits enable long-term monitoring where conventional strain gauges would fail.

Embedded Strain Sensor Modules

Embedded strain sensor modules integrate strain gauges and necessary electronics into a compact, often ruggedized package designed to be embedded within materials or structures. This allows for direct internal strain monitoring, providing insights into the material’s behaviour and early detection of potential failure points. Common in composite materials, smart structures, and advanced manufacturing processes, these modules enhance precision and durability of measurement.

Wireless Strain Measurement Nodes

Wireless nodes facilitate remote and real-time strain data acquisition without the constraints of wired connections. These battery-powered or energy-harvesting devices transmit sensor data via radio frequency to a central system, simplifying installation and enabling flexible monitoring in hard-to-reach or dynamic environments.
Applications include structural health monitoring of bridges, aircraft, wind turbines, and other critical infrastructure.

Ready to enhance your strain and stress measurement capabilities?

Contact Strain Stress today for more information, personalized inquiries, or expert support. We’re here to help you find the right Integrated Measurement System to meet your specific needs. Contact Strain Stress today to request a quote, schedule a consultation, or get expert guidance tailored to your application. We’re here to support your success with proven technology and responsive service.