Used K&S 4123 #9240716 for sale

KULICKE & SOFFA 4123 is a fully-automatic platform that provides fast, accurate, high-precision handling of die attach processes. It is commonly used within the semiconductor bonding process. This platform is ideal for a range of production needs with features like adjustable die alignment, maximum throughput, and die maintainability. 4123 is a versatile platform that allows customers to efficiently manipulate die attach operations according to production requirements. The adjustable head alignment system provides a way to precisely adjust the height of die attach heads up to +/- 0.0005mm in Y,X,Z directions. The die speed, vacuum pressure and head heater level can be adjusted for a better die placement accuracy on KULICKE & SOFFA 4123. In addition, multiple inspection cameras are also included for die and placement inspection processes. 4123 has a die-on-the-fly (DOF) technology that allows it to perform a die attach job faster than any other competing systems. KULICKE & SOFFA 4123 is capable of up to 120 components per second and is currently the fastest die attach platform available. Moreover, its die maintainability feature allows users to rotate and replace dies faster and more efficiently. 4123 also provides accurate trays management, allowing users to efficiently manipulate trays with varying sizes and positions. KULICKE & SOFFA 4123 is a reliable bonder that is easy to use and maintain. Its adjustable display panel enables users to conveniently access data and commands used to operate the bonder's functions. In addition, its advanced servo motors give it faster and quieter operations compared to other bander systems. In conclusion, 4123 is a high-precision, fully-automatic bonder that provides accurate, efficient, and reliable die attach processes to its users. It is suitable for a range of production needs and features adjustable head alignment, maximum throughput, and die maintainability. Moreover, its DOF technology, trays management system, and advanced servo motors enable faster and quieter operations.