Used K&S IConn #293748192 for sale

Manufacturer
K&S
Model
IConn
ID: 293748192
Vintage: 2012
Wire bonder 2012 vintage.
K&S IConn is a bonder manufactured by Kirk & Seamus, a leading manufacturer of high-performance environmental control systems for the medical device industry. IConn is a high-speed environmental control equipment designed to provide a reliable connection between a medical device and an embedded system that is capable of controlling environmental parameters such as temperature, humidity, etc. K&S IConn offers a closed-loop environmental control solution with an integrated thermal cycle capture and high-resolution time interval control. Its advanced feedback controls, which utilize a SCADA (Supervisory Control and Data Acquisition) unit, ensure accuracy and precision by dynamically adapting to the needs of an embedded machine. In addition, it also offers integrated monitoring capabilities, such as temperature, and other environmental restrictions, which are essential for the long-term accuracy, precision, and reliability of a medical device. IConn also features a USB connection, allowing it to be directly connected to an embedded tool for real-time monitoring of asset parameters. This function makes it easy to set limits and monitor multiple environmental conditions simultaneously. Furthermore, its integrated temperature sensors also eliminate the need for external temperature sensing, providing accurate readings in a temperature range of -10°C to 80°C. K&S IConn is designed for use in all medical device applications, including prosthetic limbs, therapeutic products, wound dressings, hearing implants, and more. Its highly sensitive control model is capable of creating a stable, tight bond between all layers of a medical device and its embedded equipment, making it an invaluable asset for medical device manufacturers. Plus, its user-friendly design allows for quick and easy operation by medical device personnel with minimal training. All these features make IConn the ideal bonder for a wide variety of medical device applications.
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