Used PANASONIC NPM-W #293816618 for sale

ID: 293816618
Vintage: 2013
Pick and place machine Tray unit 2013 vintage.
PANASONIC NPM-W is a pc board assembly and manufacturing equipment designed for high-speed batch production of electronic components. It is comprised of two distinct modules: an auto insertion module and a SMT module. The auto insertion module is used for placing through-hole components onto printed circuit boards (PCBs). This is done by using a vibratory bowl feeder, which can hold up to 900 components. The module is designed to allow users to quickly and accurately adjust the height of the components using a height adjustment dial. In addition, the module features a rigidity adjustment dial which can improve the accuracy of the system. The SMT module is used for surface-mount technology (SMT) components. This module features a PCB conveyor, which allows it to board up to 12 prototype and production PCBs. The conveyor is designed to hold PCBs in place while the components are placed. The SMT module is able to place components with accuracy to as little as 0.01mm, and can be adjusted using a vision unit. NPM-W is designed with multiple safety features, including machine vision, pattern recognition, and a programmable operators' panel. The machine vision can detect the exact placement of surface-mount components, and the pattern recognition machine can help avoid operator errors. The operators' panel can be programmed to accommodate a variety of production tasks, giving the user more control of the tool. Furthermore, PANASONIC NPM-W is designed to minimize downtime. The asset includes a number of maintenance programs, such as a periodical maintenance program, a preventive maintenance program, and a recovery program. The model also has an easy access cover, which allows users to access components and perform maintenance without having to disassemble the machine. NPM-W is a highly efficient and accurate pc board assembly and manufacturing equipment. It is designed to improve production efficiency while reducing costs. It can be employed for high-speed batch processing of electronic components, resulting in a cost-effective and reliable production process.
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