Michigan Scientific provides engineering services specializing in the design and manufacturing of slip rings, transducers, signal conditioning electronics, and data acquisition. We provide solutions to our customers’ problems through engineering consultation.
These instrumentation quality slip ring assemblies are designed to transmit signal from strain gages, thermocouples, or other rotating sensors from rotating equipment.
In addition to offering a standard line of load transducers, Michigan Scientific develops and fabricates a variety of vehicle component transducers that measure vehicle weight, frame twist, drive torques, brake torques, pedal forces, pitman arm forces, and tire patch forces during operation.
Available signal conditioning equipment includes strain gage differential amplifiers, thermocouple amplifiers, Remote Amplifier Control Units, and transducer interface electronics. This equipment is designed to be used in conjunction with Michigan Scientific transducers and slip rings.
Michigan Scientific Fiber-Optic Systems transmit electrical signals over fiber-optic cables from sources in high electromagnetic fields or anechoic chambers to monitoring equipment in low field areas. Michigan Scientific is a leading manufacturer of fiber-optic-based signal monitors for automotive component and vehicle EMI/RFI engineering testing.
Michigan Scientific Wireless Sensor Telemetry systems provide a means for non-contact signal transmission in harsh conditions. The transmitter's small size and light weight allows measurements in areas with limited space and/or rotating applications.
Michigan Scientific’s Sensors are precision instruments designed to measure key vehicle dynamics parameters such as wheel speed, rotation, and side slip. These sensors are essential for applications in vehicle testing, advanced driver-assistance systems (ADAS) development, tire evaluation, and navigation support. Engineered for accuracy and reliability, our sensors deliver critical data for research, development, and validation.
Michigan Scientific instrumentation assemblies include components which have been designed to work together in order to achieve optimal results.
Easily mount slip ring assemblies or Michigan Scientific amplifiers to wheels using collet lug nut extensions, wheel plates, and restraint devices.