Used K&S 4128 #9359590 for sale

Manufacturer
K&S
Model
4128
ID: 9359590
Bonder Missing parts.
K&S 4128 is an ultrasonic bonder that is designed to bond plastic parts to plastics, metals and other materials. It features a servo-motor driven ultrasonic transducer and output amplifier that provide controlled movement and frequency. This provides flexibility with the type of material to be bonded, and makes it suitable for a variety of applications. An LCD screen displays the working parameters, while a foot switch allows for quick and easy operation. 4128 uses a combination of heat and vibration to create molecular-level bonds between materials. It is capable of bonding items made from a variety of materials such as metals, plastics, and rubbers. The bond strength achieved is dependent upon the particular material properties of the parts being joined and the specific application. The ultrasonic transducer is designed to provide a consistent vibration frequency. It is capable of producing a range of vibrational frequencies, allowing it to be used with a wide variety of bonding applications. The servo-motor driven transducer also provides positioning accuracy for precise bonds, while the foot switch operation allows for quick and easy operation. K&S 4128 is also equipped with an automatic temperature control system. This utilizes two thermocouples to measure both the temperature of the bond area and the temperature of the fixture (base). This ensures the bonding environment is closely monitored, reducing temperatures that can damage parts and promotes better quality bonds. The unit also includes lighted indicators to warn the operator if temperatures exceed safe limits. 4128 offers an extremely consistent and reliable bond result, making it ideal for a range of bonding applications. This bonder is of a robust design and does not require significant maintenance. Suitable for both manual and automated line use, K&S 4128 is an effective and efficient solution for the bonding of plastic parts to plastics, metals and other materials.
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