Used HUGHES / PALOMAR System 5 #9182833 for sale

HUGHES / PALOMAR Equipment 5 is a fully automated, highly efficient bonder which is used to facilitate wire bonding in the manufacturing of semiconductor integrated devices. This system is capable of operating at both high speed and low speed processes, enabling it to produce highly reliable, high quality semiconductor components. HUGHES Unit 5 is equipped with a fully automated Autostart machine that is capable of quickly producing robust bonds between semiconductor components and substrates. PALOMAR Tool 5 has an advanced design which allows it to bond both aluminum and gold wedge wire bonds. It has the ability to bond multi-layer structured components, enabling the manufacture of more powerful and sophisticated semiconductor components. Asset 5 is capable of producing single point aluminum and gold wire bonds with accuracy and repeatability. HUGHES / PALOMAR Model 5 has the unique ability to detect, identify and reject defects when performing bond testing. It is equipped with a static charge monitor that helps reduce static electricity during the bond process, resulting in improved yields. HUGHES Equipment 5 is also equipped with an advanced user interface which allows for easy programming and control of the bonder. The machine's software also allows for improved productivity through accurate alignment, placement and traceability of each job. PALOMAR System 5 utilizes electrical, mechanical and thermal feedback to ensure precise and reliable bond formation. The automatic autostart feature of the machine ensures a perfect initialization of the bonder. Unit 5 also has a built-in thermal control machine for improved process reliability. HUGHES / PALOMAR Tool 5 is an efficient and reliable bonder which is ideal for mass production of semiconductor components. Its advanced features enable quick and reliable bonding of narrow-pitch components, enabling manufacturers to produce higher quality products at reduced costs. HUGHES Asset 5 is a highly reliable machine that is well suited to fulfill manufacturers' increased demands for high quality semiconductor components.