Used FUJI IP3 #9285797 for sale

FUJI IP3 is designed to provide a complete pc board assembly and manufacturing equipment. The system is comprised of three elements: FUJI IP-3 programmable assembly/inspection controller, IP 3 Vision Processor and IP-3 Vision Board, all of which are integrated together to provide a comprehensive machine vision and PC board assembly unit. IP3 controller provides the overall control of the machine and provides communication among the modules. It also provides a wide variety of instructions which are used to define assembly and inspection operations, as well as to define the various conditions necessary for these operations to be executed. The controller includes a PLC for machine control, an embedded PC for operation of the vision processor and other tool related functions, as well as a range of user interface elements such as monitors and touchscreens. FUJI IP 3 Vision Processor is responsible for the image processing necessary for automated inspection and assembly operations. It is capable of analyzing and responding to a range of different signals, including the resolution of component placement positions for both pick-and-place and vision inspection operations. The processor is also capable of recognizing the shape of components for orientation and identification purposes. FUJI IP3 Vision Board is designed for use in automation of complex image processing tasks. It contains a range of processing and analysis features that allow it to carry out pixel-level image recognition and analysis operations, as well as allowing it to recognize and track objects in real-time. This board also contains features for carrying out molecular imaging, which can be used to identify very small components that would otherwise be difficult to detect or impossible to recognize. Overall, FUJI IP-3 is a highly versatile asset that is designed for PC board assembly and manufacturing. It is capable of carrying out a wide variety of operations, from simple component placement to complex inspections and analysis. It is designed to provide a high degree of flexibility, ensuring that users have the ability to efficiently and accurately perform a range of operations and tasks.