Used ZEVATECH / JUKI KE 2080M #9234415 for sale

ZEVATECH / JUKI KE 2080M is a state-of-the-art selective soldering equipment designed for PC board assembly and manufacturing. It provides consistency and superior solder joint quality, allowing for high throughput and fast cycle times. JUKI KE 2080M utilizes a three-axis (X, Y and Z) robot arm to precisely locate and flux components on the board prior to soldering. It is capable of working with a range of component sizes, PC board thicknesses, solder sizes, and fluxes. Furthermore, it eliminates the faults associated with manual soldering processes such as shorts, component misalignments and excessive oxide buildup. The components that are used in ZEVATECH KE 2080-M system are heated using a high-power heater that provides up to 1,360 watts of energy. This heater quickly brings the components to their optimal temperature for soldering without causing any damage. Mounted on the robot arm is a soldering iron with an adjustable temperature from 100 °C to 499 °C.This range gives the user a better control over the soldering process and allows them to make adjustments to meet exact requirements. ZEVATECH KE 2080M uses a closed retention nozzle unit to ensure that the heated flux melts evenly, thus improving its usage and dispersion. It is completed with a vacuum pipe that manages the flux application and exhausts away the fumes and contaminated air, making it safer for the operators. Additionally, JUKI KE 2080-M can perform up to four different soldering operations in a single cycle. The machine is also equipped with an integrated line sensor that allows it to identify component positions on the boards. This scanned data is used to control the soldering process, preventing component misalignments and soldering errors. The highly intuitive tool provides the user with live feedback images both before and after the soldering process. KE 2080-M is the perfect choice for anyone looking for an efficient and automated production line. It provides an accurate and reliable soldering operation with fast cycle times and higher throughput, making it an excellent choice for medium to large-scale assembly operations.