Measurement System Integration
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We provide instrumentation equipment and engineering support at any stage, from sensor placement and load path integration to signal transmission and final data acquisition. Whether supplying a fully integrated system or a single product, we take the time to understand the application, operating conditions, and performance requirements to ensure the solution is technically appropriate and dependable.
Sensor Integration, Transducer Design & Load Path Engineering
We instrument OEM and custom components across a wide range of applications, including rotating driveline shafts, wheel-end systems, suspension links, steering components, structural vehicle elements, industrial machinery, and rotating equipment.
Strain gauges and sensors are installed with close attention to signal quality, durability, and long-term reliability while gathering an accurate measurement.
In addition to component instrumentation, Michigan Scientific designs and manufactures strain-gauge-based transducers, including:
- Wheel force and wheel torque transducers
- Multi-axis load cells
- Torque flanges
- Application-specific (Specialty) measurement devices
These transducers are engineered to integrate directly into vehicle systems, industrial machinery, rotating equipment, or test stands while maintaining structural integrity and realistic loading conditions.
For force measurement applications, we also design and integrate load cells directly into structural or test stand load paths to ensure accurate force capture within complete assemblies.
Proper mechanical integration establishes the foundation for dependable measurement performance.
Instrumentation-Grade Rotating Signal Transmission
Signal transmission from rotating components requires specialized engineering.
Michigan Scientific designs and manufactures instrumentation-grade slip rings and telemetry systems for high-performance rotating measurement applications. These technologies enable stable, low-noise transmission of strain, temperature, encoder, and other measurement signals from rotating components to stationary data acquisition systems.
The appropriate transmission method is selected based on:
- Rotational speed
- Channel count
- Packaging constraints
- Environmental demands
- Bandwidth requirements
By evaluating these factors, we determine the correct architecture for each application.
Signal Conditioning, Routing & Data Integration
High-quality measurement depends on effective signal conditioning.
Michigan Scientific manufactures a broad range of signal conditioning amplifiers for both rotating and stationary applications. Our instrumentation amplifiers provide stable excitation, shunt calibration capability, filtering, and noise reduction to preserve accuracy in electrically noisy or high-vibration environments.
Amplifier systems may be:
- Mounted directly to rotating components
- Integrated within slip ring assemblies
- Integrated within telemetry transmitters
- Configured as stationary conditioning modules
Modular systems allow multiple channels to be combined and seamlessly integrated into the overall measurement architecture.
For both rotating and non-rotating components, careful wire routing, shielding, protection, and strain relief are engineered to maintain signal integrity before conditioned signals are delivered to the data acquisition system. Analog, digital, and CAN-based outputs are supported as required.
Technology Developed to Solve Real Measurement Challenges
Many of our core technologies originated from specific customer applications. When existing equipment did not meet performance or integration requirements, we engineered new solutions to enable reliable implementation.
Several of our slip ring assemblies, telemetry systems, signal conditioning platforms, and transducer designs were developed through application-driven engineering efforts. These solutions were refined into standardized offerings that now support a wide range of programs.
Because our products evolve from real-world measurement challenges, they are designed for practical integration, signal fidelity, and long-term reliability.
Application-Specific Measurement Solutions
By evaluating the full measurement chain, from sensor placement through signal conditioning, transmission, and final data acquisition, Michigan Scientific delivers application-specific instrumentation solutions that provide accurate and dependable results.
Our expertise supports:
- Driveline and prop shaft measurement
- Wheel force and wheel torque testing
- Suspension and steering analysis
- Electric motor and EV powertrain development
- Durability and structural testing
- Rotating machinery diagnostics
Tell Us About Your Measurement Challenge
Our engineers will help determine the appropriate measurement architecture and provide the equipment and support required for successful implementation. Stop by our booth to discuss your instrumentation needs!
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