MBO-10

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Part Status:	Active

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MBO-10 applications field and working principle are mainly used in the production of large 3D components used in automotive and aerospace design. The application of this technology is best suited to creating large parts in high volume, as the required tooling and equipment can be used in a multitude of different ways.The MBO-10 acronym stands for Modular Manufacturing Base (MMB). This system uses a combination of several different manufacturing processes to produce 3D components of various sizes. For example, one process might involve milling, while another might involve CNC machining.The MBO-10 system also makes use of advanced computer-aided design (CAD) software to develop models for the different processes, as well as for the overall design of the part. The CAD software is used to create files necessary for the various processes, such as for milling, CNC machining, and other processes.In addition to CAD software, the MBO-10 system also makes use of a high-precision, computer-controlled robot to perform the manufacturing operations. This robot is used to perform a variety of tasks, such as:• Cutting metal or plastic components according to the CAD designs.• Drilling, routing, or milling the components.• Assembling the components into larger parts or subcomponents.• Inspecting components for accuracy and quality.The robot used in the MBO-10 system is equipped with a variety of sensors that help it to accurately perform its tasks. The most important sensor in the robot is the LiDAR (Light Detection and Ranging) system. LiDAR is used to measure the distances and angles of the components in order to perform the cutting and drilling operations precisely.The other important components of the MBO-10 system include the flexible robotic arms, end effectors, and the workholding systems. The robotic arms are designed to grasp and manipulate the components for the different processes, while the end effectors are specially designed tools used for various operations, such as welding and drilling. Finally, the workholding systems secure the components for accurate machining operations.The MBO-10 system is extremely versatile due to its ability to be used in various environments, such as in large factories and even in the field. Its flexibility allows for it to be used for different production processes, from large 3D components to smaller, intricate components.As mentioned earlier, the MBO-10 system is mainly used in the manufacture of large 3D components. In these applications, the components must be accurately machined to very tight tolerances. This is where the MBO-10’s precision machining capabilities come into play. By using the robot and the LiDAR system, the system is able to accurately measure the distances and angles of the components, thereby achieving the desired precisions.Overall, the MBO-10 system is an extremely versatile and powerful manufacturing system that can be used for the production of large 3D components. It utilizes advanced robotic technology and CAD software to achieve the desired accuracy and precision. Furthermore, its ability to be used in multiple environments makes it highly desirable for many applications.

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