Used ZEVATECH / JUKI FX 1R #192431 for sale

ZEVATECH / JUKI FX 1R is a cutting-edge PC board assembly equipment specifically engineered for complex mission-critical applications. This system features a high degree of automation, reducing manual labor and making high-volume manufacturing jobs simpler. The multi-functional platform contains advanced, user-friendly software, plus various peripheral items adapting the machine for a wide range of PC board assembly needs. JUKI FX1 R offers high-precision placement accuracy, making it capable of handling some of the smallest components in the industry. Its onboard placement speed of 70,000 cph (components per hour) makes it a high-output machine for high volume production applications. The unit's dual onboard cameras ensures accurate vision positioning, helping reduce costly errors caused by incorrect mounting of components. Additionally, ZEVATECH FX-1R offers several advanced features for simple maintenance, such as a quick-changeover nozzle machine, periodic lubrication, and automated maintenance functions to reduce manual labor. With its long-term (300k) component recognition capability, this tool can recognize non-standard and orphan components for rapid circuit-board assembly. Finally, the machine is equipped with a barcode reader for fast setup changes and easy tracking of circuit boards. By utilizing the advanced technology of JUKI FX-1R, users can quickly and accurately produce high-quality printed circuit boards (PCBs) in a matter of minutes. Its intuitive software and accessible pedal controls makes the asset operator-friendly and easy to use. The machine's flexibility also makes it possible to quickly reconfigure FX 1R to meet all application specifications, from simple to complex. ZEVATECH / JUKI FX1 R is the cutting-edge solution for PC board assembly and manufacturing needs. With its advanced features and superior components, this model can rapidly and efficiently assemble a variety of PCBs, making it the ideal choice for today's highly demanding mission-critical applications.