Used ORTHODYNE 7200 #9392546 for sale

ORTHODYNE 7200
Manufacturer
ORTHODYNE
Model
7200
ID: 9392546
Wire bonder.
ORTHODYNE 7200 is a state-of-the-art bonder designed and developed specifically for use in orthopedic medical device applications. It is an advanced cold welding system that utilizes a combination of ultrasonics and heat to bond different materials into one rigidly connected and surgically strong bond. The system consists of a highly sophisticated and efficient generator, a compact and light-weight control unit, and an intuitively designed and ergonomic hand tool, all designed to provide precision and repeatability in the bonding process. The generator produces ultrasonic and thermocouple signals at different frequencies and depths, with its dual-mode feature allowing it to operate in both continuous-wave and burst-mode. It also features a high-performance, built-in microprocessor with enhanced controller and safety features, making it ideal for a broad range of orthopedic medical applications. The control unit is designed to be highly user-friendly, further enhancing its efficiency. It features an intuitive touchscreen interface that allows users to easily access tool settings and view operating conditions. Also, its robust construction ensures that the entire unit will stand up to numerous applications and conditions. The hand tool included with 7200 is designed to be ergonomic, allowing for easy operation and comfort. It features a solid grip handle, an extended shaft, and a low-friction chuck. Multiple nozzle configurations are available, so that the user can choose the right nozzle for the desired application. The adjustable frequency range of the hand tool and the convenient chuck-release mechanism make it a must for precise and repeatable bonding processes. Overall, ORTHODYNE 7200 is an extremely reliable and precise bonder ideal for orthopedic medical applications. Its efficient generator, user friendly control unit, and ergonomic hand tool make it a perfect tool for creating robust and reliable bonds. Therefore, it is an ideal addition to any orthopedic medical device manufacturing process.
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