Used ETA MLD-L #9246894 for sale

ETA MLD-L (Machine Linked Design-Lite) equipment is a pc board assembly and manufacturing system designed to reduce manual steps in the entire electronic assembly and box-build process. It automates the entire process from schematic design to the finished product. The core feature of the unit is its Machine Linked Design (MLD) technology, which connects all processes from design to assembly so that designs, schematics, and bills of materials are visible in the same machine to provide a holistic overview of the production process, reducing the need for manual data transfer steps. The lite version of the tool includes software programs and hardware resources for design, assembly, testing, and material handling. The asset also supports up to 8 on-site operator systems at once and can be integrated with existing manufacturing systems. MLD-L model provides a range of features that make the manufacturing process more efficient. it includes CAD features such as a geometric shape library, PCB layout, and PCB inspection rules to support the design of electronic assemblies. Additionally, it offers a range of assembly tools for component placement, component repair, soldering, and test functions such as open/short detection. The equipment includes automatic tracking of production, including lot, serial number, and assembly data recording, as well as on-screen guidance to ensure code compliance. Further, the system includes tools for optimizing production, such as task duplication and auto-routing functions to avoid overlapping components as well as bottleneck-avoidance algorithms to optimize task order selection. Finally, ETA MLD-L offers material-handling solutions including automatic pick-and-place and data-driven kitting to reduce time and costs of manual hand-pick operations. In summary, MLD-L unit is an efficient machine-linked design machine that supports a comprehensive approach to PC board assembly and manufacturing. By abridging manual data transfer operations and optimizing production sequences, it helps streamline processes and reduce bottlenecks, ultimately leading to a more cost-effective and efficient production process.