Used YAMAHA I Pulse M2 LC1-000 #187033 for sale

YAMAHA I Pulse M2 LC1-000 is a comprehensive pc board assembly and manufacturing equipment designed to deliver maximum production efficiency. The LC1-000 system offers a variety of features and benefits, including high-speed multi-process, multi-zone pick-and-place operations and modular design options, which can be tailored to best meet customers' production needs. The unit takes advantage of the latest advancements in precision pick-and-place technology to maximize performance. YAMAHA highly reliable and accurate laser navigation machine efficiently navigates its entire working area. The layer-independent control technology offers consistent positioning accuracy, regardless of the board being processed. The LC1-000 offers multiple identical heads, allowing four processes in a single operation. The tool can carry out very rapid changes in production, with maximum flexibility and efficiency. An innovative pickup motion asset ensures reliable, repeatable pick-and-place for components of all shapes and sizes. The LC1-000 also boasts an easy-to-use user interface and repeatable processes for quick setup. The model is designed for maximum performance and production output. Maximum throughput is made possible with the equipment's fast, stable programmable automation control (PAC) system. Additionally, rapid job changeover and reduced mispick rate through the no-check unit help to optimize utilization. In terms of design flexibility, the LC1-000 can be tailored to the customer's production needs, with the option to add additional modules and equipment. Additionally, the design of the machine reduces the amount of required floor space. I Pulse M2 LC1-000 is a revolutionary PC board assembly and manufacturing tool that is capable of very fast, efficient, and reliable production operations. With features such as flexible modular design, high-speed multi-process operations, and layer-independent control technology, the LC1-000 offers the perfect solution for pc board assembly and manufacturing.