Used TOKYO SOKUHAN UBD 2010 E #9099912 for sale
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TOKYO SOKUHAN UBD 2010 E is a fast and powerful bonding equipment developed to meet the needs of today's industrial production requirements. Designed for high speed machinery and multi-axis systems, the advanced and rugged construction provides an efficient and reliable means to achieve precision bonding. UBD 2010 E is equipped with ultrasonic and hot melt bonding technologies that are specifically designed for effective bonding of various materials. The ultrasonic bonding system uses piezoelectric transducers to put mechanical energy into workpieces. This energy, also known as acoustic energy, causes the material to vibrate at high frequency and generate enough heat to softening and joining them together. The heat generated during this process is regulated and monitored in order to provide excellent bonding quality. Hot melt bonding uses a heated bonding element to generate enough thermal energy to melt and weld the pieces together. TOKYO SOKUHAN UBD 2010 E contains a dedicated integrated computer controller that allows users to create and adjust energy, speed, and process parameters to achieve precision bonding quality. The advanced technology also allows users to expand the range of applications that the machine is capable of carrying out. The digital positioning unit increases the ability to achieve precise positioning accuracy and exceptional repeatability. UBD 2010 E is equipped with an intuitive graphical user interface that is programmable with a range of useful functions to simplify tasks. These include a parameter setup menu, bonding process monitoring, and access to a comprehensive database of technical documentation. TOKYO SOKUHAN UBD 2010 E is ideal for quick and easy setup and is highly efficient in production. It offers a safe and reliable electronic bonding machine, and its robust design ensures reliable operation under the most demanding conditions. The efficient operation and performance of the machine guarantee superior quality bonding in a wide variety of industrial production environments.
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