It automatically mixes and generates the required light source for stable color detection. It features intelligent and digital sensitivity adjustment, high-definition dual digital display, and easy operation for quick mastery. The 8-channel design enables simultaneous recognition of 1 color with a 200 μs high-speed response time. Multiple sensor heads are available for selection, resulting in a wide range of applications.

It supports an RGB three-color light source with triple 16-bit calculation, capable of detecting nearly 3,000 colors and accurately identifying even slight color differences. Adopting an 8-channel output design, it can recognize 4 colors simultaneously. Paired with a variety of color-specific probes, it meets the detection requirements of different sizes and distances.

Integrated design with compact size; Two-point setup with both color and color mark modes for excellent performance; Adjustable detection hysteresis to eliminate the impact of measured object vibration; The unique dual-mode system features simultaneous color and light intensity detection, ensuring more stable and reliable testing.

White LED + custom light-receiving component, which can detect based on the appearance (color) of the target object, thus accurately capturing subtle color differences. In addition, since detection is performed based on appearance (color), it is less susceptible to the impact of tilt or distance changes.

Atonm CE Series is a high-speed intelligent digital color sensor, available in standard and high-performance models. It features dual modes of CoL color detection and Brn color mark detection, supporting output action switching, multiple types of delay functions, and multiple circuit protections. It is suitable for high-speed and high-precision color identification and detection in industrial automation scenarios.

Digital CMOS laser sensors feature small size, low photoelectric consumption, and high precision; they accurately detect the relative displacement of objects to be measured, and are often used for measuring physical quantities such as length, distance, vibration, speed, and position.

Digital CMOS laser sensors feature small size, low photoelectric consumption and high precision; they can accurately detect the relative displacement of objects to be measured and are often used for measuring physical quantities such as length, distance, vibration, speed and position.

Digital CMOS laser sensors feature small size, low photoelectric consumption and high precision; they can accurately detect the relative displacement of objects to be measured and are often used for measuring physical quantities such as length, distance, vibration, speed and position.

Digital CMOS laser sensors feature small size, low photoelectric consumption and high precision; they can accurately detect the relative displacement of objects to be measured and are often used for measuring physical quantities such as length, distance, vibration, speed and position.

Digital CMOS laser sensors are characterized by their compact size, low photoelectric power consumption and high precision; they can accurately detect the relative displacement of measured objects and are often used for measuring physical quantities such as length, distance, vibration, speed and orientation.

An open and reliable linear measurement system. It is oil-resistant, waterproof, dustproof, shockproof, oil-pollution resistant, high-humidity resistant, and temperature-resistant (both high and low), making it suitable for various harsh working environments. It can replace products such as linear scales and displacement sensors, significantly reducing costs.

An open and reliable linear measurement system. It is oil-resistant, waterproof, dustproof, shockproof, oil-pollution resistant, high-humidity resistant, and high-and-low-temperature resistant, making it suitable for various harsh working environments. It can replace products such as linear scales and displacement sensors, significantly reducing costs.

It adopts high-flexibility and wear-resistant shielded cables and anti-interference hardware & software circuit design, featuring strong anti-interference performance. It meets the requirements of various high-precision displacement measurement scenarios and can withstand complex working environments such as oil pollution, liquids, dust, and vibration. With a compact and exquisite appearance, the product facilitates installation in small spaces.

It adopts high-flexibility and wear-resistant shielded cables and anti-interference hardware & software circuit design, delivering strong anti-interference performance. It meets the needs of various high-precision displacement measurement scenarios and can withstand complex working environments such as oil contamination, liquids, dust, and vibration. With a compact and exquisite appearance, the product allows for easy installation in small spaces.