Used QMC DSR-400 #9284948 for sale

QMC DSR-400 is a high-performance die attacher designed to be used in a wide range of production environments. It features a three-axis driven workhead, enabling precise manipulation of parts within the work envelope. The operator can control the operations of the machine with a full set of ergonomic user controls, including a touch-screen interface with an adjustable viewing angle. DSR-400 is designed with robust construction and precision components to ensure durable and reliable operation. It has a wide die capacity, capable of handling up to 4" (10 cm) squares and up to ¼" (6.35 mm) wire rifles. The machine's clamps are adjustable to accommodate various part geometry. It also provides easy setup and adjustment, enabling fast changeovers between dies. QMC DSR-400 can be fitted with the latest generation of development-level software, which provides a variety of control options for various assembly tasks and supports traditional manual programming as well as advanced graphical programming. This makes it an ideal choice for many applications, ranging from prototype development to high-volume production. The machine's two-axis rotary picker allows for precise placement of parts into the die block. The head has a wide field of view and a high speed, allowing for fast, accurate transfer of parts from the feed station into the die block. The machine also incorporates intuitive vision hardware and software, allowing it to perform detailed inspections of the components prior to being placed into the die block. DSR-400 is equipped with a high-performance motion control system, which provides smooth and accurate operation with minimal cycle times. It also features advanced safety interlock systems, helping to ensure safe and efficient operation in the production environment. QMC DSR-400 die attacher is a reliable tool designed for a wide variety of production requirements. The machine's advanced features, ergonomic controls, and intuitive software make it an ideal choice for applications such as prototyping and high-volume die attaching tasks.