Used KAIJO FB 970 #9384089 for sale

KAIJO FB 970 is a fully automated bonder that is designed for precision bonding applications. It is a versatile equipment that can be used for a wide range of applications and materials including for wire, ribbon and foils. The machine is equipped with a three-axis XYZ system, a high-resolution camera, and a precision pressure feedback unit that ensures accurate and consistent bonding results. This allows it to produce and maintain bonding of parts with high-dimensional accuracy and repeatability. FB 970 is powered by a highly reliable servo motor control machine and designed with a continuous-cycle operation. This feature allows for repeatable, reliable and efficient operation and results. It is also equipped with a variety of post-process functions that are designed to reduce waste and reject rates. KAIJO FB 970 has a large working area of 10 cm x 18 cm and is able to receive a variety of package sizes, ranging from 140 mm x 70 mm to 222 mm x 198 mm. The highly adjustable and programmable SmartHeat™ heating tool is equipped with advanced thermocouple sensors, enabling accurate temperature control. FB 970 comes standard with a vision asset that allows for advanced part alignment and real-time adjustment. This ensures high-precision part placement and repeatability for continuous operation. In addition, KAIJO FB 970 is designed to offer high quality of bond results with a high durability and long-term reliability. The model utilizes advanced vibration monitoring and shockwave control, allowing it to withstand shocks and vibrations that occur during handling, shipping, and other conditions encountered during use. This ensures uniform bond performance and strength over time. Overall, FB 970 is a reliable and efficient solution for precision bonding applications. It is capable of providing consistent, accurate, and high-precision bonding results with superior quality and durability. Its advanced features and controls make it an ideal choice for the most demanding bonding applications.