Used ASM ISLINDA #9410209 for sale

ASM ISLINDA is a high-performance robotic bonder specifically designed for high accuracy and speed in soldering, dispensing and curing processes. It has been widely used in the industrial automation sector for decades due to its efficient performance. The term 'bonder' is used to describe a device that is used to join two parts or components together. ISLINDA is among the best in its category due to its successful combination of accuracy, speed, and ease of use. The robot features a unique design that has proven to be an efficient and reliable tool when used in the industry. It has a maximum reach of 1.45m and a 0.1mm accuracy, allowing it to handle components or objects with intricate details. The robot has multiple configurable parameters, such as the time and force settings, giving the user control over the entire bonding process. This allows for higher precision and more repeatable results. ASM ISLINDA is equipped with a special vision system that identifies objects placed in front of the bonder. This vision system is used primarily to accurately position and align components prior to soldering. This helps to increase accuracy and reduce the risk of errors and failures. The robot is powered by a reliable and efficient electric servo motor. This motor provides the necessary torque and speed, enabling the robot to function over a wide range of applications with quick turnaround times. In addition, the servo motor also helps to ensure that the bonder remains in good working condition. The bonder features a series of protective features, such as current and spiked protection, overheat protection, and crash protection. These features guarantee that the robot is safe to use, even in continuous production cycles. Moreover, if any of these features are triggered, the robot will automatically shut down to prevent any potential harm to the user. ISLINDA is an efficient and reliable robotic bonding solution for all applications. Its special features make it a great choice for industrial automation and robotic manufacturing operations that require precision, speed, and accuracy.