Used ASM Eagle 60 #9299730 for sale

ASM Eagle 60 is a state-of-the-art bonder designed to provide quick and precise manufacturing of high-quality bonding connections. Unlike traditional bonding processes, Eagle 60 utilizes directional energy beams in its bonding process, enabling it to make precise joints in moments with minimal residual heat. This makes it ideal for critical applications and high volume production. ASM Eagle 60 is designed to bond together a variety of different materials including plastics, metals, ceramics, and glass. The bonding process works by guiding the beam of directional energy into the material interface being bonded, which melts and flows into a highly consistent circular joint. The resulting bond is strong and reliable, and can easily withstand the elements and other harsh conditions. Eagle 60 is a highly reliable system, with its digital control ensuring precise temperatures and uniform heat distribution over the entire surface. This reliable performance is further backed up by ASM Eagle 60's automatic failure detection systems which continually scan the bond area for any signs of improper joint formation. The device is able to analyze the metrology data of its previous and current bonds to ensure optimum performance. Eagle 60 is designed to be extremely user friendly and simple to operate. The user is able to control the working parameters of the bonder through a graphical interface that displays the parameters and their effects on the bond. ASM Eagle 60's digital display also provides feedback on the current temperature and the power used, allowing it to adjust performance in case of any changes in ambient conditions. Overall, Eagle 60 is an excellent bonding tool for critical applications and high-volume production. With its precise and reliable directional energy beams, it is capable of making quick and precise connections that can withstand harsh environments. It is able to provide the user with simple and intuitive controls and display feedback, allowing for highly precise and consistent bonds in minimal time.