Used MECH-EL 907 #9254575 for sale

MECH-EL 907 bonder is a fully automated and versitile robotic bonding equipment designed to automate the processes of wire bonding, ribbon bonding, and packaging while operating with the highest levels of accuracy and speed. This system can be used to bond a variety of metals, plastics, and device substrates in a wide range of sizes and shapes. The machine is equipped with a number of advanced features to ensure the accuracy of its operation. These include an integrated vision unit, which is used to automate vision-guided bonding as well as simplifying the placement of wires, ribbons and packages. The machine is operated by a turnkey robot controller with a variety of pre-installed processes for bonding, controlling and measuring the accuracy of the bonding process. The tool is designed to handle objects up to 5 mm in diameter and 20 mm in length, which allows it to bond both small and large wires. It also features a built in ultrasonic welding tool with adjustable force parameters to ensure that products are joined securely. 907 bonder is constructed from high-grade stainless steel and aluminium to ensure maximum durability and stability. It is surrounded by a quiet, PLC-controlled work chamber which provides an ideal environment for the maintenance of precision, as well as reducing noise levels within the workspace. In addition to its impressive design features, MECH-EL 907 also includes a number of useful safety features which moderates its operation. These include an emergency stop button which immediately halts the asset's procedures, as well as an override feature which can be used to override commands which are unsafe. 907 is a versatile and reliable robot bonding model which has been built to the highest standards to ensure that it can meet any bonding challenge with speed, accuracy and dependability. With its range of features and user-friendly control equipment, this system is the ideal choice for anyone looking to automate their wire bonding, ribbon bonding or packaging processes.