Used INTELLIGENT ACTUATOR EDAS 2006M-1 #9390879 for sale

INTELLIGENT ACTUATOR EDAS 2006M-1 is a highly advanced photoresist equipment for controlling small, precise movements in a wide range of applications. This effective and reliable system from Marker Sensors and Unit Inc. is designed to deliver superior performance and precise real-time control. EDAS 2006M-1 utilizes an advanced dual-axis guiding machine for superior accuracy and reliability. The intelligent components of this tool have built-in electronics for enhanced accuracy. The two-phase stepping motor and driver makes precise positioning and repeatability possible with minimal power consumption. The photoresist asset is used to precisely control small movements in a fraction of a second. The control model employs a specialized "closed loop" control algorithm that adjusts the current according to feedback from the photoresist. With INTELLIGENT ACTUATOR EDAS 2006M-1, precise positioning can be achieved without the mechanical backlash associated with conventional systems. EDAS 2006M-1 also includes an integrated limit switch sensor for additional safety and over-travel protection. The integrated software makes it easy to program and monitor operations as well as to handle smooth accelerations for fast and accurate positioning. INTELLIGENT ACTUATOR EDAS 2006M-1 is compatible with a range of commonly used interfaces such as CANbus, USB, RS-232 and CAN controller devices. Its small size, weighing just 1.5 kg and with an outer dimension of 98 mm X 165 mm X 79 mm, make it suitable for a variety of marine, aerospace and industrial environments where space is limited. EDAS 2006M-1 is designed to operate reliably and efficiently in harsh environments, with a rated IP67 protection rating that protects it from dust and water ingress. The full metal construction and tough components ensure most of INTELLIGENT ACTUATOR EDAS 2006M-1 components last for a long time. EDAS 2006M-1 is an advanced photoresist equipment that provides precise, real-time control with minimal power consumption. Its robust construction, advanced control algorithm, and integration with common interfaces make it a reliable and efficient system for controlling small movements in harsh environments.