Used ASM AB 559A #9410211 for sale

ASM AB 559A is a state-of-the-art bonder developed by the Company ASM for applications involving bonding of glass, quartz, sapphire and other materials. ASM AB559A bonder is an inductively-coupled plasma (ICP) system that makes use of electrical arcs to weld materials. This bonder is capable of generating precise, highly repeatable and reliable welds with superior quality and performance. AB 559A bonder uses a high-frequency oscillator to generate electrical arcs between its electrodes and the materials that need to be bonded. The arc is created under vacuum and can be controlled with great precision, allowing for small and accurate welds. The ICP bonder produces an inert atmosphere using argon, helium or nitrogen. This inert environment, coupled with the high-frequency oscillator, assists with the welding of materials with different properties, such as glass and sapphire. AB559A bonder is equipped with advanced control systems for the precise manipulation of parameters such as current, frequency and arc form. The bonder has a highly integrated design with integral water cooling, enabling the production of a continuous, highly repeatable welding process. In addition, the setup is simple and the welding process can start in just over a minute after the connection of the electrodes to the power supply and the supply of the appropriate gases. ASM AB 559A bonder is highly reliable, with repeatable and accurate results for the production of glass, quartz, sapphire and other materials welds. The bonder is also highly cost effective, with a return on investment in less than 18 months as well as high efficiency in terms of time and energy usage. Furthermore, this bonder also features a touchscreen display, remote networking and process optimization. Overall, ASM AB559A bonder is a versatile and reliable device that can be used for the production of welds with high precision, excellent repeatability and superior performance. It is highly suitable for welding applications on glass, quartz, sapphire and other materials, which are needed in many industries, such as optoelectronics, microelectronics and medical devices.