At Sensor Methods, we’ve applied our core inductive expertise across a wide range of applications, taking innovations from the lab bench to high-volume production. This hands-on experience shapes our approach: ensuring robustness, prototyping early, and balancing both technical and commercial considerations.

 

Our experience extends into magnetic sensing, particularly for speed and position. While many magnetic sensors have a recommended configuration, our application engineering services such as tolerance analysis, magnet selection and optimization, and troubleshooting issues like interference enable a robust and reliable sensor.

 

Beyond magnetic and inductive our experience includes optical and capacitive technologies and the sensing of variables such as position, speed, torque, current, flow, pressure, refractive index.

 

Getting the physical transducer right is the first step. Reliable sensing often requires additional electronics for signal conditioning, protection, data processing, and calibration—whether embedded near the sensor or remotely.

Sensor Methods brings experience and expertise to all these activities downstream from the transducer, helping accelerate your development and put it on a solid foundation for success in production.

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Whether you are starting from a blank sheet of paper or already on your way, Sensor Methods can help you understand the challenge, map out the possible solutions and develop the most promising ideas into real solutions.
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