Used SHINKAWA UTC-1000 Super #9100950 for sale

SHINKAWA UTC-1000 Super
Manufacturer
SHINKAWA
Model
UTC-1000 Super
ID: 9100950
Vintage: 2006
Wire bonder, 2006 vintage.
SHINKAWA UTC-1000 Super is a fully automated, high-precision bonding machine used for a wide variety of bonding applications. The machine is capable of both wire, ribbon bond and pattern bond processes. It is designed to provide high throughput without sacrificing accuracy, enabling it to bond a large number of components at high speed and with precision. SHINKAWA UTC-1000SUPER features proactive monitoring and control technology, which addresses fluctuations in wire and ribbon properties in order to optimize bonding accuracy. Advanced internal temperature control and PID (Proportional Integral Derivative) control further enhance the accuracy and reliability of the bonding process. The machine is also equipped with an auto-corrective algorithm to minimize the risk of false operations due to vibration or thermal changes. UTC 1000 SUPER is designed to be compact and compatible with long-cycle processes. It allows for the use of various wire and ribbon materials due to its adjustable wiring parameters, enabling users to manufacture a wide range of complex components. The machine is also equipped with shunt bonding, ferrite core bonding, and die attach processes. UTC-1000 Super is designed to be easily maintained, with all parts accessible from the front and side panels for easy replacement. It also comes with a temperature sensor for each bonder, allowing for precise temperature control and accurate adjustment of parameters. UTC-1000SUPER features an intuitive, easy-to-operate user interface for rapid set-up and data input. It is equipped with a dedicated port to enable remote access to the machine. Overall, SHINKAWA UTC 1000 SUPER is a powerful, high-performance machine with top-notch bonding capabilities and superior control technology to produce a wide range of components. It is the perfect choice for applications that require secure and reliable bonding operations with high precision at high speeds.
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