P2X

description

THE COMPACTNESS OF A SMART CAMERA, THE POWER OF A VISION SYSTEM
The P2x-Series is an industrial smart camera providing exceptional inspection performance and flexibility in a fully-embedded compact housing. Powered by the 100+ inspection tools of IMPACT Machine Vision Software Suite, P2x-Series allows to tackle even the most complex application requirements.

CRISP IMAGES IN ANY CONDITION
P2x-Series Smart Cameras feature one of the most sophisticated optical designs available on the market. Top quality Micro-video and C-Mount lenses are both supported to deliver maximum image quality. Illuminator modules embed TIR lenses to convey the maximum amount of light onto the Field-of-View. Optical filters and special covers optimize the image quality by removing glare and unwanted reflections.

INTUITIVE VISUAL FEEDBACK
P2x-Series Smart Cameras are equipped with a stunning configurable 360° multi color visual feedback embedded in the illuminator module. Configurable through IMPACT Software, the color of the frame provides intuitive visual feedback to workers operating nearby even when no HMI is present. The highly visible 360° feedback alerts the user of inspection results even at far distances.

MAXIMUM INSPECTION ACCURACY AND REPEATABILITY
P2x-Series embedded 2 megapixel resolution imager enables high accuracy applications such as measurement or robot guidance requiring precise part location. In addition, P2x-Series is available with color CMOS imager and features a brand new set of color inspection tools to solve the most demanding applications requiring accurate color analysis.

FULLY INTEGRATED IN THE DATALOGIC MACHINE VISION ECO-SYSTEM
P2x-Series Smart Camera is a complete vision system packed into an embedded compact housing. Unlike competitive smart cameras, IMPACT Software Suite has no limitations when running on P2x Smart Cameras. IMPACT configuration files are fully portable from one Datalogic hardware to the other, therefore users can create vision programs and select the vision device to use at the very end of the application feasibility analysis.