Used SHINKAWA UTC-1000 #9099946 for sale

SHINKAWA UTC-1000 is a fully automated and highly precise diebonder, designed to work with a wide range of substrates. Featuring a six-axis articulating robot arm and extremely accurate temperature control, this machine is considered to be one of the most advanced diebonders on the market today. It is capable of forming strong and reliable joints between a range of metals and die-attach materials, making it ideal for applications such as component mounting, direct die-attach, wire bonding, and heat spreading. TheUTC-1000's advanced robot arm is equipped with five degrees of freedom, giving it an unprecedented level of flexibility and usability. This allows finer degrees of movement and enables the bonding process to be carried out quickly and with a high degree of accuracy. Furthermore, to ensure repeatable accuracy, the robotic arm is synchronized with an onboard vision equipment that tracks the current position, velocity, and acceleration of the robot. SHINKAWA UTC1000 is also equipped with an advanced temperature control system. This unit features three independent temperature zones that can be adjusted and monitored for each bond. This ensures that the bond head and die attach materials maintain an accurate temperature during the bonding process to ensure a strong and reliable bond. In addition, the machine is capable of detecting bond creep and automatically adjusting temperature levels to ensure high precision bond formation. Furthermore, UTC 1000 is equipped with a host of safety features, including light curtains, robotic arm shielding, E-Stop buttons, and over-temperature protection. These features help to ensure the safety of the operator and the machine, as well as the materials being bonded. Overall, SHINKAWA UTC 1000 diebonder is designed to provide reliable substrate bonding quickly and accurately. The advanced robot arm and temperature control systems ensure repeatable accuracy, while the range of safety features provide maximum safety for the operator and the machine.