Used MITSUBISHI MELFA CR3Q-700 #293658923 for sale

MITSUBISHI MELFA CR3Q-700 is a state-of-the-art laboratory equipment and accessories. It is designed to provide a durable and reliable robotic solution to the laboratory environment. It offers an extensive selection of robot arms, ranging from lightweight, high-precision to ultra-durable. MELFA CR3Q-700 features seven axes of freedom, allowing for fast and accurate motion responses. The robot features a compact, lightweight design, making it suitable for tight spaces and limited deep reach applications. It has built-in self-determination abilities to select and switch from different processes and modes. Additionally, its encoders bring high-resolution, fast speed and high accuracy motor control. The robot arm comes with a full suite of standard accessories including teach pendants, joints, and a pedestal base. Its built-in control system features various I/O ports, configurable communication protocols, and fieldbus compatibility. It is designed for maximum productivity with its customizable scheduling, advanced onboard controls, and support for automatic parts loading systems. MITSUBISHI MELFA CR3Q-700 is designed to handle a variety of laboratory tasks including sample or reagent handling, mixing, and measuring in liquid, powder, and solution media. The robot features 360-degree wrist rotation and a full-parallel combined motion. It also features an on-board emergency stop system to prevent injury or damage to laboratory personnel and equipment. The robot is equipped with high-level safety features such as collision detection and avoidance systems, power failure safety, and external force detection. Its teach pendant supports multiple programming languages allowing for fast, intuitive programming. It can be fitted with a variety of grippers and tools for custom applications. MELFA CR3Q-700 is a revolutionary piece of laboratory equipment and accessories that is designed for maximum durability and precision. It offers users an extensive selection of robot arms, increasing user flexibility. Its lightweight design, combined with advanced onboard controls and I/O ports make it the ideal robot for any laboratory environment.