Used NUTEK NTM 0100L #9357643 for sale

ID: 9357643
Vintage: 2005
Loader Motor non-functional 2005 vintage.
NUTEK NTM 0100L is a highly specialized PC board assembly and manufacturing equipment. It is primarily designed for the production of large-scale high-precision boards for industrial uses, such as for robotics and automated control systems. The system features a high-performance industrial-grade rotary table with five CNC axes, which allow for advanced drilling, routing, soldering and component mounting operations. The industry-grade components of NTM 0100L offer superior performance and reliability, resulting in superior PC board manufacturing and assembly capabilities. The onboard CNC controller is key to the unit's performance, offering total control of all five axes, processing of large jobs quickly and accurately, and producing high-precision components. NUTEK NTM 0100L also features an integrated machine vision machine to check board integrity prior to component placement, eliminating component overlap and improving the accuracy of component placement. Furthermore, NTM 0100L supports high-level mass production; with multiple boards able to be programmed simultaneously, component placement can be carried out in parallel and defects need not be returned to the beginning of the production process. NUTEK NTM 0100L also comes with a fully automated pick-and-place tool for inserting fine-pitch components; an integrated nozzle cleaning asset for soldering and component placement; an adjustable scan window for automated soldering; and a universal I/O connector for interfacing with external systems and PLCs. NTM 0100L is a powerful PC board assembly and manufacturing model that offers superior performance with accuracy and speed, due to its precision components and advanced CNC technologies. Its integrated machine vision and mass production capabilities create more efficient and economical board production, while its versatile, high-level content pick-and-place equipment and adjustable scan window provide greater flexibility, enabling even finer-scale component placement.
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