La CIL 2048 - Caméra intelligente linéaire

Dimensional measurement - Guidance - Inspection - Counting - Sorting

CIL2048Today artificial vision applications are increasing in industrial process.

However a classical vision solution requires a hardware configuration including a PC, acquisition and processing boards,... and a programmer to develop specific software for even the simplest of tasks.

For this reason LORD has developed for you a parametrizable vision system that integrates, in a few cm3, the functions of both a camera and a calculator.

The CIL is a high-performance compact vision system, parametrizable in a few clicks that will autonomously perform for you all the classical functions of a line scan camera.

No video at output, the required information (measure or signal) is given directly.

Operational in a few minutes, the CIL can be used on all automated production lines and in numerous industrial systems using control and inspection by artificial vision.
at the top

The SPL 2048

The SPL 2048 is a programmable solution intended for machine and system manufacturers wanting to integrate an economical, autonomous, compact, OEM solution for line video processing.
at the top

SPK2048 - SPECTROPHOTOMETER

The standard version of this product consists of a fibreoptic (recuperation of diffused light), a diffraction pattern, and a LORD standard line scan camera (CCD 2048 pixel resolution sensor). This gives, via the video line, information directly connected to the spectral distribution of the diffused light (according to the characteristics of the sensors wave length sensitivity, the effectiveness of the diffraction pattern and the fibre’s absorption).

In addition, LORD Ingénierie can supply versions that integrate embedded microprocessor and/or wired-in logic intelligence which allow video information to be processed and the colorimetric co-ordinates to be supplied directly at output.

Specifications of standard model :

2048 pixel sensor, 14 m m x 200 m m.

The pixels are averaged 4 by 4 (pixels 1,2,3 and 4 correspond to macropixel N°1 ; pixels 2045 to 2048 to macropixel 512.). Consequently the apparent size of a pixel is 56 x 2000 m m. The spectrometer’s output is 512 pixels.

Of these 512 pixels, only 350 are effectively used. This implies that the sensor has been designed in such a way that a spectrum 300nm wide (typically 430 to 730 nm) would occupy at sensor level an area 350 x 56 m m (19.6 mm). This means therefore, a dispersion at CCD level of approximately 15 nm/mm.

The line frequency is 900 Hz.
at the top