SS2 series features an ultra-small spot of 1.6×2.9mm at a 50mm distance. This microscopic precision allows the sensor to lock onto tiny targets, such as electrode tab edges or small painted components, without picking up surrounding "visual noise." It effectively eliminates the common industry issue of missed detection on small, dark-colored targets.

Yes. The sensor utilizes an intelligent light intensity adjustment algorithm that automatically adapts across the full color gamut. It prevents overexposure on bright white or reflective surfaces while maintaining enough sensitivity to detect deep black and dark-colored work pieces accurately.

Color Sensor is built for high-speed industrial DNA, featuring an ultra-high sampling frequency of 5kHz. It delivers a high-speed response of 200μs (with multiple adjustable levels), allowing it to capture subtle color fluctuations on rapid manufacturing lines without delaying the production cycle.

Color Sensor includes a 16-channel stable color differentiation function. This allows the system to store and distinguish between 16 different color profiles, maintaining high consistency and reliability even under complex industrial working conditions.

Color Sensor series is housed in an IP67-rated protective casing. This makes it resistant to dust, water washing, high-frequency vibrations, and temperature shocks, ensuring stable 24/7 operation in harsh environments like lithium battery workshops and electronics factories.

To meet the needs of "Industry 4.0," the SS2 offers flexible integration options:

1. Standard Versions: IO-Link and RS485.

2. Expansion: Supports EtherCAT communication units.

3. Physical Design: Compact 47×34.5×23mm body for easy embedding into robots and PLCs.

While versatile, the color sensor is specifically optimized for:

1. Lithium Battery Manufacturing: Precise electrode tab positioning and edge detection.

2. Electronics: Color mark recognition and component verification.

3. Packaging & Printing: High-speed color consistency and mark detection.

4. General Automation: Quality inspection for painted parts and multi-colored assemblies.

White LED light covers the full visible spectrum, unlike monochromatic RGB sources that can struggle with certain shades. White light perception is much more adaptable to variations in work piece distance and tilt, providing "color insurance" by ensuring the sensor sees exactly what the human eye (or better) sees.

A through-beam edge sensor is a high-precision, non-contact photoelectric measurement system consisting of a separate emitter and receiver placed opposite each other. Unlike standard sensors that simply detect presence, these industrial-grade devices monitor minute interruptions in a light beam to calculate the exact position, width, or diameter of a material.

In modern industrial automation, such as the SinceVision SE Series, these sensors utilize a specialized contrast structure and high-speed CMOS technology to provide real-time data for edge control and web guiding, even on challenging materials.

SinceVision through-beam edge sensor is a non-contact measurement device designed for the real-time detection of material edge positions, widths, and diameters. It utilizes a contrast structure to capture minute changes in an object's edge, ensuring high precision in automated production lines.