Used MIRAE MX 400LP #9257228 for sale

MIRAE MX 400LP is a highly advanced pc board assembly and manufacturing equipment. It is a modular system that is designed to optimize production flows, minimize material inventory and maintain operational flexibility. It has a highly advanced scientific substrates and components that offer superior performance and reliable operation. MIRAE MX400LP offers a range of benefits to pc board assembly and manufacturing processes. It is designed for use with a range of substrates, components and processes that can provide superior performance in the most challenging applications. The unit is engineered for ultra high-speed and high accuracy with low motion inertia and tight process control. Its advanced design minimizes parts waste and allows for efficient material inventory control. MX 400LP machine is available in various configurations to allow for maximum flexibility. It has a number of functions, including three removable process head groups, single and dual platform configurations, a tweezers toolhead, and a vision toolhead. It also features a power switch to automatically power up the tool and adjust the settings. Additionally, the asset is highly automated, allowing for precise and lightning-fast processes. The model includes a number of progressive features that are designed to maximize production and minimize waste. For instance, it features a planar mapping support to easily align boards and components, and a fiducial detection capability to eliminate misalignment and waste. The equipment also features automatic tool calibration to ensure precise processes and reduce process loss. Finally, MX400LP also boasts components exchange, parallel welding, and sequential welding for increased speed and accuracy. Overall, MIRAE MX 400LP pc board assembly and manufacturing system is one of the most advanced systems on the market today. It is designed to provide superior performance and reliability and is engineered for ultra-high speeds with precise process control. Its wide range of functions and progressive features enable it to maximize production efficiency, minimize material waste and ensure a high level of operational flexibility.