High Power Digital Ultrasonic Sensors

Due to an unstable profile, detection of springs has been unreliable with conventional reflective photoelectric sensors. The FW Series ensures reliable detection without being influenced by background luster.

The FW Series ensures reliable detection of targets with metallic luster and small holes. In addition, detection is unaffected by workpieces located on the opposite side of the holes.

Reliable detection of transparent targets has been difficult with conventional reflective photoelectric sensors. The FW Series ensures reliable detection of transparent targets without being affected by the glass colors.

The FW Series ensures reliable detection of multi-colored targets without being affected by the colors. In addition, detection is unaffected by mold release agents in the environment.

The FW Series is used to detect metal targets on metal boards. Detecting only the presence of bolts is possible without being affected by the luster of the metal.

Due to the coolant on the target surface, reliable detection of an atomized area has been difficult with conventional reflective photoelectric sensors. The FW Series ensures reliable detection unaffected by the coolant on the target surface.

Detection of black-colored targets has been difficult with conventional reflective photoelectric sensors. The FW Series ensures reliable height differentiation without being affected by color.

Dirty oil has been difficult to detect with conventional contact liquid level sensors. The FW Series enables non-contact detection reducing the need for costly maintenance services.

Detection of adhesive with high viscosity has been difficult with conventional contact liquid level sensors. The FW Series enables non-contact detection. In addition, outputs of upper and lower limits can be performed separately.

Due to shape and color variations of pellets, detection has been unstable with conventional reflective photoelectric sensors. The FW Series ensures reliable detection regardless of pellet color or shape.