Used LCC / LIQUID CONTROL CORL Posiratio PR4 #148390 for sale

LCC / LIQUID CONTROL CORL Posiratio PR4 is a comprehensive pc board assembly and manufacturing equipment designed for use in a wide range of production environments. The system is designed to provide efficient, cost-effective production including full support for a variety of microcontrollers and secure data transfer. LCC Posiratio PR4 is equipped with multiple high-end process technologies including multi-layer pc board assembly, PTH / SMT inspection, and automated solder paste printing. It is capable of quickly and accurately placing components on pc board designs with up to 6 layers, utilizing highly advanced pick-and-place technologies. The built-in vision unit performs detailed inspections of each component to guarantee accuracy and reliability without any additional manual intervention. The machine is equipped with an advanced control unit module which provides flexibility, control, and accuracy. This module includes features such as position control, automatic fault recognition, job data-input, real-time monitoring, and SMD footprint recognition. It can also easily be interfaced with other external software systems via such networks as Ethernet, Profibus, or USB. In addition, LIQUID CONTROL CORL Posiratio PR4 offers advanced data acquisition capabilities to help keep track of the entire production process. This includes analyzing production data and quality results, providing key performance indicators, and automated reporting functions. This allows for full visibility and control of the entire tool from one central point of access. Posiratio PR4 is suitable for any pc board assembly and manufacturing requirement, from the smallest home office to advanced production facilities. It is an ideal choice for those looking for a comprehensive asset that can be easily integrated into existing systems and processes. With its reliable performance and advanced features, it is the perfect solution for customers looking for a reliable and cost-effective production model.