The confocalDT product line represents the pinnacle of precision and speed in confocal chromatic measurement technology. These sensors are specifically engineered for high-speed distance tracking and the accurate thickness measurement of transparent materials.
Through innovative controllers and sensors, the system maintains exceptional signal stability across all surface types, from matte to highly reflective. This high-performance portfolio is designed to solve complex measurement challenges in demanding sectors, including flat glass manufacturing, precision measuring machines, and semiconductor equipment construction.
Largest Sensor Portfolio for Precise Measurements
Image Credit: Micro-Epsilon
The confocalDT portfolio has a sensor for every application, whether it involves extreme temperatures up to 200 °C, highly restricted installation spaces, or curved surfaces. From industrial monitoring to the nanometer-level precision required in semiconductor manufacturing, these sensors are available in specialized series tailored for diverse high-performance applications.
Next-Generation Sensors
Image Credit: Micro-Epsilon
The confocalDT IFD2415 and IFD2410 are high-performance confocal sensors featuring a fully integrated controller. The compact, IP65-rated housing eliminates the need for external optical fibers, significantly simplifying mechanical integration and saving valuable installation space.
These sensors are engineered for ultra-precise distance and thickness measurements. While both models excel in accuracy, the IFD2415 specifically supports multi-layer thickness measurements for up to five individual layers. Additionally, an active exposure time control system ensures signal stability across fluctuating surface types, even during high-speed dynamic processes reaching 25 kHz.
Key Features
- Reliable measurement at temperatures up to 200 °C
- Distance and thickness measurements with exceptionally high resolution and measuring rate
- Suitable for use in UHV environments
- Well-suited for automation and production monitoring
- Virtually surface-independent, even for mirrors and glass
- Extremely small, constant measurement spot for the finest details
- Nanometer-precise resolution
- Industrial-grade controller with ideal signal-to-noise ratio
- Passive measuring system, ideal for applications in a vacuum
Confocal chromatic sensors
Video Credit: Micro-Epsilon