Used ASM IS868LA3 #293830093 for sale

ASM IS868LA3 is a state-of-the-art bonding machine used in a variety of production environments. This versatile machine features a full six-axis robotic arm for precise and repeatable parts movement. It also includes an adjustable Vision Equipment and advanced adhesive application technology which allows for precise bonding of substrates of varying shapes and sizes. The machine has a AC/DC servo motor drive and a 10 micron pitch worm gear with mechanical clamping. This ensures reliable and repeatable results with no compromise in accuracy. The bonder has in-built handling features that allow for quick, repeatable and robot motions with no manual setup required. The machine also features an integrated programmable logic controller (PLC) for complex logic control. IS868LA3 also has a color LCD touchscreen and a user friendly interface for easy process setup. The automated process controls include an algorithm based auto-calibration system, enabled by the unit's vision capabilities. This ensures reliability and repeatability of the process. Additionally, the machine is equipped with acoustic sensors to detect when bonding process has been completed. The automation of the machine includes motion and adhesive technologies, making ASM IS868LA3 a powerful and efficient machine for high volume production. The motion technology features a sensitive power limit setting for robust motion control, adjustable needle pressure and programmable height setting. Additionally, the machine has advanced adhesive application technologies such as Hot Melt, Pneumatic Pressure, and Piezo Motor dispensing for precise adhesive deposits with accuracy. The integrated CCD (charge-coupled device) camera is a high-resolution sensing machine, providing monochrome vision with low replication offset. IS868LA3 is a multi-functional, cost-effective bonding solution that offers maximum reliability and precision. It is capable of bonding a wide variety of substrates in rapid production cycles with minimum operating time, making it an ideal choice for production environments with stringent requirements.