Overview

See and measure it all

The EyeCon family of sensors are laser line based profile sensors designed for industrial applications measuring profiles on continuously moving surfaces. EyeCon sensors provide high speed measurement profiles on a variety of surfaces, even very dark surfaces, such as those found in rubber and tire manufacturing.

Multiple Eyecon sensors side by side can increase the total field of view, in order to cover larger width products. OR, arrange the sensors around the material in order to measure up to 360 degrees.

EyeCon 1000

Extremely High Resolution and Easy Integration

EyeCon 1000 sensors are laser line based 3D measurement sensors providing extremely high resolution cross sectional profiles. These sensors are specifically designed for profiling applications on dark surfaces, such as black rubber. Easily integrated with a large field of view and high resolution, EyeCon 1000 sensors are calibrated to one common coordinate system to support any number of sensors and measure any shape of extrusion.

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EyeCon 2000

Binocular Triangulation, Fast Scan Rates, and High Resolution

EyeCon 2000 laser line sensors measure 3D profiles at very high profile rates of 2 or 4 kHz. These sensors feature binocular triangulation, ensuring complete data coverage even at steps on the surface. This complete OEM system solution offers improved uniformity, simple integration, fast profile rate, and high resolution to ensure best possible data quality.

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Applications

Before the rubber hits the road

EyeCon sensors have found many applications for both in process and final inspection requirements in rubber and tire manufacturing.

EyeCon 1000 sensors are frequently used in line for continuous in process monitoring of profile, thickness and edge position of rubber extrusions. Profile and position information is used to monitor the process and provide rapid feedback to the operation.

EyeCon 2000 sensors are used in final inspection of finished tire sidewalls and treads. Sidewall profiles, taken at high speed as the tire rotates, are used to detect small defects such as dents or bulges wherever they occur in the surface. Treads are monitored for radial runout.