Used ALPHASEM DB 608 PRL #9128355 for sale

ALPHASEM DB 608 PRL is a die attach equipment which enables manufacturers to quickly and accurately attach and bond a variety of semiconductor components to printed circuit boards. The system consists of two main components, namely the die attach head and the vision sensor. The die attach head is a transducer-based assembly which vibrates and accurately places semiconductor die on the desired substrate. The vision sensor ensures that the component is correctly positioned and is then able to control the applied amount of force and temperature for soldering. This unit is well-suited for use in demanding production environments given its robust construction, allowing for a high level of operational accuracy and reliability. The machine is capable of a range of motions in both x- and y-directions with a highest resolution of 0.38 microns, thus offering fine, precise control. DB 608 PRL maintains a minimum gap of 0.02 mm between the die and substrate to ensure consistent operation and secure attachment. The feeder included with the tool has adjustable feed-tube height to ensure that a wide range of components can be handled with ease. The die attach head is designed with a built-in Z-axis for adjustment when setting up the die attach process. The asset is also compatible with a range of components, such as ICs, LED bulbs, diodes, and transistors. Additionally, the model is programmable and allows the user to adjust configuration settings according to the process's requirement. The programming further helps ensure that all processes are precise and executed with a high level of accuracy. ALPHASEM DB 608 PRL enables operations utilizing various soldering methods, such as air, gas, and IR soldering. All in all, DB 608 PRL is robust, precise, and highly programmable die attach equipment suitable for a variety of applications. The system's advanced design and features make it an ideal choice for manufacturers looking for an efficient solution to attach and bond a variety of components to printed circuit boards.