Used MIRAE MX 200P #9224889 for sale

MIRAE MX 200P
ID: 9224889
Vintage: 2011
Chip mounter Front and rear: Feeder base type Tray 2011 vintage.
MIRAE MX 200P is a highly sophisticated computer-aided design (CAD) equipment used for the assembly and manufacturing of printed circuit boards (PCB). It is designed to be accurate, reliable, cost-effective and efficient for a range of PCB assembly needs. The system is built around an advanced CAD software package. It allows designers to rapidly create and optimize designs for a variety of board assembly and manufacturing tasks. It also provides the engineer with a range of tools to visualize the design on-screen or in a 3D-rendered output. MX 200P includes a powerful set of optimization algorithms to ensure the highest standards of design and manufacturing are achieved. For example, the unit can optimize the assembly order, placement of components and complex wiring paths of the board. This helps minimize the time and cost associated with creating the board design and encourages better manufacturing throughput. The machine also provides a range of support features such as prototyping tools, which enable designers to instantly create proof-of-concept versions. It includes high-speed simulation capabilities; this means that any design iteration or validation can be tested and operating cost savings realized prior to production. MIRAE MX 200P also includes comprehensive library functions to assist in the assembly process. This includes component libraries, so that similar parts can be quickly sourced, as well as a library of test and troubleshooting procedures. This makes it easier for design engineers to troubleshoot any issues quickly. In addition, MX 200P provides various safety features such as anti-static ground plates, EMI/RFI protection and a range of grounding systems. This helps ensure reliable and compliant operation of the PCB assembly and equipment used during production. Overall, MIRAE MX 200P is a comprehensive and powerful assembly and manufacturing tool that can save time and money during the production of printed circuit boards. With it, engineers can quickly devise high-quality designs and be confident in the reliability and performance of the boards they produce.
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