Used ESEC CT 2000 #106324 for sale

ESEC CT 2000 is a state-of-the-art die attacher designed for attaching dies to fasteners quickly and accurately. The equipment is widely used in the automotive, military, and aerospace industries, as well as for attaching electrical components to printed circuit boards. CT 2000 die attacher operates with an oscillating attachment head, which provides a steady and controlled force when pressing the dies against the fastener. A pneumatically-powered actuator is used to control the attachment head, while a navigation system is used to ensure accurate placement of the dies. The device is capable of attaching dedicated dies of up to 8mm in size, with a repeatable accuracy of ±0.3mm. ESEC CT 2000 is equipped with a powerful, highly-responsive controller which allows the operator to quickly and precisely adjust the parameters to suit the attachment task. The device also features a remote control with visual display, allowing the operator to control the device remotely using a preset set of parameters. Additionally, a user-friendly touchscreen panel and push-button switch provide easy access to the device's functions. The robust construction of CT 2000 ensures reliable operation and long life. The main components are protected from dirt, moisture and other harsh environmental elements, while a comprehensive unit of protective shields ensures the operator's safety. To further improve positioning accuracy and speed, ESEC CT 2000 is available with an additional component comprised of laser sighting devices. This optional component automatically locates the two main surfaces of the parts being attached, and provides visual confirmation through the use of lasers, to ensure perfect alignment of the dies. Overall, CT 2000 is an advanced and reliable die attacher, perfect for attaching dies to fasteners in various industrial applications. It features a highly responsive controller, user-friendly interface and comprehensive machine of protective shields, making it ideal for reliable, accurate and efficient attachment tasks.