Used K&S 4129 #4721 for sale

K&S 4129 is a high-performance bonder designed for a variety of manual bonding applications. The Bonder is suitable for performing a wide range of substrates and involves producing bonds between materials with different physical characteristics. This includes materials like metals, ceramics and other industrial materials. 4129 is a versatile bonder that can bond both hard and soft substrates. This bonder can produce strong and durable bonds suitable for high temperature and vibration applications. It is equipped with three heat-controlled parameters - temperature, pressure and duration of bond. The bonder is designed to have a low thermal profile, ensuring maximum adhesion to the substrate. Its ergo-dynamic design allows the user to easily access the front of the machine to alter parameters. The adjustable clamping pressure further allows the user to adjust the strength of the bonded assembly. K&S 4129 has a built-in monitor which allows the user to monitor the bonder's performance. It also has an automated shut-off feature. The bonder's self-calibrating function allows the user to accurately set parameters quickly. It has an automated thermal profile feature to ensure uniform temperature control when bonding components that vary in size. 4129 utilizes a Servo-Equipped Crimper. This crimper can form crimps in various shapes and sizes as well as increase bond strength. The additional flexibility makes crimping more precise, reducing possible flaws. The Bonder is designed for rugged and continuous industrial production. It allows for precise control over all bond parameters and provides reliable and repeatable results with each bond cycle. K&S 4129 is a high-quality bonder designed to provide reliable and precise results for diverse industrial applications. Its robust build allows it to be used in various industrial processes and its intuitive ergonomic design makes it convenient to use. With its wide range of features and adjustable settings, 4129 is a reliable bonding solution for efficient production.