Used SHINKAWA ACB-400 #293809344 for sale

SHINKAWA ACB-400 is a high precision bonder used in various industrial and commercial production processes to perform repeatable bond assembly operations. It is a precision machine based on a highly-disciplined design, ideal for metal joining and adhering processes. This precision bonder provides precise control and a broad range of terminal processing methods such as wire bonding, fusible bonding, solder-in, ultrasonic and laser welding. ACB-400 is powered by a motor control unit for controlled operation and machine setting parameters. The unit also includes a library of bond and assembly settings to ensure operator-safe setup and workflows. It has a capacity of up to 200 elements per cycle, and can handle wire diameters of 0.1 to 0.50mm, with a single die range of 0.1 to 0.8mm. Utilizing its fluid atomized fiber and nano-formulated formulations, the bonder is capable of producing high-reliability assemblies more precisely than non-atomic bonders. For reliability and accuracy, this high precision bonder has a traceable verification capability, to ensure proper specifications and the highest yield in production. The system also offers advanced fault detection measures that prevent incorrect bond settings, resulting in improved product quality. In addition, SHINKAWA ACB-400 offers a range of safety features that protect operators from physical risk. ACB-400 is designed for cleanroom and toxic-free environments, as it is constructed out of stainless steel and is compliant with GMP and J-SHS regulations. For added convenience, it can be equipped with a vacuum manipulator and vision camera to enhance its precision. SHINKAWA ACB-400is a reliable and precise bonder for light and medium wire bonding and assembly operations. It has a wide range of options available that offer convenience, accuracy and safety features in a cleanroom setting. Additionally, the system is designed to comply with strict industry regulations, providing excellent but cost-effective accuracy and quality.