Used SEIKO / EPSON NS 8040 #9210066 for sale

SEIKO NS 8040J is a high-speed, high-precision handler designed for automated assembly line production. The handler uses a powerful, integrated double-axis servo motor and position encoder to accurately detect, rotate and grasp components, achieving precise and consistent results. The handler includes an in-built electric control system onboard the robot, giving precision control over input parameters and processes to accurately move and handle objects with speed and precision. This system is capable of carrying out various operations, such as rotating parts, picking up objects and assembling components. An advanced vision system is included, allowing the handler to identify and pick up parts of various shapes and sizes from a stack of components. The handler is designed for a range of materials; from metals, aluminium and alloys, to composite materials and plastics, allowing for versatile production. The inclusion of Omni robots also allows for complex 3D movements and precise angles of rotation and speed levels to be achieved. EPSON NS 8040J features high speed and accuracy throughout its operation, with an angular and rotational accuracy of 0.02 mm, a position repeatability of 0.03mm and a speed capability of 1000°/s. These impressive data points ensure the handler is suitable for applications such as precision part removal, precise deburring and exact assembly. The handler utilizes a modular design, allowing for fast, simple and easy installation, without the need for complex mechanical assembly. A user-friendly interface is also included, which offers an easy-to-use monitor and touch-screen panel which can be used to make changes and adjustments to the robots operation and program. Overall, SEIKO / EPSON NS 8040J offers an efficient, precise and fast automation solution, which is suitable for a range of complex operations in manufacturing and assembly. The handler provides high accuracy levels and speed, as well as easy installation, making it ideal for tasks such as handling and assembly.