FQ-AC3

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As an important component designed for point-to-point machine vision solutions, AC3 plays an important role in a variety of applications. As a data acquisition board, it provides flexible and cost-effective access to communication standards such as Gigabit Ethernet, Camera Link, USB3, and USB 2.0.

While the AC3\'s powerful capabilities extend to a variety of applications, this article will focus on its use in FQtech 3D machine vision applications. FQ-AC3 uses structured light technology to generate a three-dimensional measurement system for rapid, accurate measurement and remote sensing. It is designed to perform 3D scanning and feature extraction for fast and accurate geometrical measurement, allowing the results to be used in various industrial inspection or manufacturing settings.

The FQ-AC3 board uses a GigE Vision camera for the data acquisition element. The board receives light signals from a light source controlled by a GigE camera, such as a laser projector, line-scan camera, red LED and other structured light sources. The FQ-AC3 will convert the 2D information to 3D with the help of a specialized image processing algorithm called “structured light methodology.” This technology uses principles of light interference and projection to create a measurable 3D pattern, allowing the AC3 to accurately extract 3D point clouds.

In order to operate and parse the data from the AC3 board, specialized software is provided by FQtech. This software is designed to interact with the board and display the result in a graphical interface. This specialized software can be used to extract 3D point clouds, create 3D meshes, import 3D parts into the system, compare parts, simulate machining processes, and eventually create a digital prototype.

As its name suggests, the AC3 board is designed to handle a wide range of communication standards. This is done by using powerful FPGA technology which is optimized to provide the highest bandwidth and lowest latency for specific protocols. The FPGA is responsible for managing the camera data streams, creating the 3D point clouds, and providing the ability to easily communicate with other machines.

The AC3 board is controlled by a highly granular and programmable open source operating system, allowing users to design and write their own software for the board. This makes the AC3 extremely versatile and capable of handling most applications and requirements. Additionally, AC3 provides a two-way communication interface for easy integration into existing system architectures.

The AC3 board is designed to be highly efficient and cost effective. FQtech designed AC3 to be able to process data quickly and reliably using a low power consumption compared to other options on the market. This means that it is an ideal choice for a variety of industrial, medical, manufacturing, and civil engineering applications.

FQ-AC3 can be used in a variety of applications, including 3D scanning for reverse engineering, 3D printing, metrology, product inspection, and medical imaging. It is also used in robotic systems, manufacturing automation, and part-snagging and quality control applications.

In summary, AC3 is an extremely versatile and powerful technology used to control point-to-point machine vision systems. With its easy to use interface, powerful software, and low power consumption, the AC3 board provides an efficient and cost-effective solution for a variety of industrial applications.

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