PRODUCTS

KJT-KDATC-II laser aluminum water level meter adopts the phase comparison principle for measurement. The laser sensor emits visible laser beams of different frequencies, receives the scattered laser light returned from the measured object, compares the received laser signal with the reference signal, and then uses a microprocessor to calculate the distance between objects corresponding to the corresponding offset. The measurement accuracy can reach mm level.

KJT-KDATC-II laser aluminum water level meter adopts the phase comparison principle for measurement. The laser sensor emits visible laser beams of different frequencies, receives the scattered laser light returned from the measured object, compares the received laser signal with the reference signal, and then uses a microprocessor to calculate the distance between objects corresponding to the corresponding offset. The measurement accuracy can reach mm level.

　KJT-KDATC-II laser aluminum water level meter adopts the phase comparison principle for measurement. The laser sensor emits visible laser beams of different frequencies, receives the scattered laser light returned from the measured object, compares the received laser signal with the reference signal, and then uses a microprocessor to calculate the distance between objects corresponding to the corresponding offset. The measurement accuracy can reach mm level.

In the past, traditional reflective photoelectric sensors had problems such as "short detection distance", "erroneous detection due to the influence of the color of the workpiece", and "large sensor body", and had certain limitations in use. The TOF detection principle is adopted to fundamentally change the problem that optoelectronic products are easily affected by target objects.

KJT-KELR-TE series laser displacement sensors adopt the triangulation measurement principle and use linear array CMOS devices as optical receiving devices. They have the characteristics of high measurement accuracy and short measurement time. The product optical path has been uniquely designed and the imaging quality is stable. ;With unique fill light technology

KJT-KELR-TE series laser displacement sensors adopt the triangulation measurement principle and use linear array CMOS devices as optical receiving devices. They have the characteristics of high measurement accuracy and short measurement time. The product optical path has been uniquely designed and the imaging quality is stable. ;With unique fill light technology

KJT-KELR-TE series laser displacement sensors adopt the triangulation measurement principle and use linear array CMOS devices as optical receiving devices. They have the characteristics of high measurement accuracy and short measurement time. The product optical path has been uniquely designed and the imaging quality is stable. ;With unique fill light technology

It meets applications where long distances still need to be measured, with the longest measurement distance up to 400 mm.

Provide short-distance, high-precision specifications, suitable for applications requiring accuracy;

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

KJT TLS laser ranging sensor can detect vertical or tilted targets within a range of 30 meters, regardless of color, material or gloss.

●：More accurate positioning ●：Reduce the interference caused by the color, curvature, environment, etc. of the object surface ●：Switching frequency up to 1000 Hz ●：Stable detection of transparent objects ●：Not affected by sunlight and can be used outdoors ●：Achieve longer detection distance (diffuse reflection up to 4 m!! It is the only laser photoelectric sensor on the market) ●：The convenient and easy-to-use operation method allows ordinary models to quickly set two switch points.