They allow checking the logo, checking the presence of the part and its orientation, placing the label, counting the parts, checking the presence of the data code and lot.
The T4x series camera can solve most inspection requirements with a single camera. It contains high-quality CCD sensors, has an IP67 class and the latest high-performance processors. This makes it perfectly suited for the high demands of checking parts with a high density, e.g. in the automotive and telecommunications industries.
The A and T series smart cameras are stand-alone, universal machine vision devices, very flexibly programmable in Impact software. A wide range of models is available from VGA resolution up to 5 megapixels.
The cameras can be used to verify the batch code, it enables optical character recognition (reading product serial numbers), accurate repetitive measurements (e.g. integrated circuits), detection of so-called “short shot” during plastic molding, control of location and identification of product orientation, verification and sorting of colors (control of color cap).
The M-Series product line offers you the highest image processing performance in fully integrated vision. With multi-core processors, these systems can cope with the most demanding high-speed and multi-camera applications, such as control of injection needles. The system displays and verifies needle length, straightness and the presence of epoxy from three different cameras, while a fourth camera checks for grinding errors at the end of the needle. This check is done at seventeen needles per second.
The vision system processors provide the highest image processing performance with even greater flexibility thanks to multiple cameras. Three models allow you to choose the right level of performance based on your needs – from economy to high performance.
The A Series Smart Camera provides the perfect balance of size, functionality and price to easily support many tasks, including object verification in an assembly. For example in the system it will find that all bearings are in place regardless of position or actual number found. The result is an image and data output to the user interface as well as signals to the device for rejecting defective pieces.
Contact us to propose a solution exactly according to your needs.
