Used NAICHI FUJIKOSHI SPG 25N-44BKV #121691 for sale

NAICHI FUJIKOSHI SPG 25N-44BKV is an automated scribing and dicing system specifically designed for high-precision cutting and drilling in various materials, including glass, plastic, metal, and ceramic. This mechanism is able to easily handle thick or complex parts and materials like stone, marble, granite, or concrete. It utilizes an advanced servo motor to ensure very accurate and precise operation. The scribing / dicing system consists of a main unit, a scribing head, a laser marker, an XY-axis table, and a PZ-axis. The main unit houses the command computer, which initiates the workflow, as well as control and monitoring modules. It is operated via a user-friendly touch-screen interface, capable of selecting cutting and drilling parameters to allow for precise customization. Additionally, the servo motor is coordinated using an advanced real-time, closed loop control scheme, which is important for maintaining the desired accuracy and repeatability. The scribing head contains the specialized tool that does the actual cutting and drilling. It includes a unique high-efficiency nozzle capable of delivering a concentrated jet of air with the highest possible precision, thereby enabling ultra-precise drilling. The laser marker is used to ensure the traceability of the cutting and drilling process. It utilizes a pulsed laser with a wavelength in the infrared spectrum. The XY-axis table is actuated by a servo motor, allowing for fine control of the position of the cutting head. It is equipped with a linear scale to ensure maximum accuracy, and is able to move the cutting head in a range of continuous or incremental positions based on user input. Finally, the PZ-axis is used to adjust the height of the cutting head. It is also driven by a servo motor that can accurately adjust the head's height to the user's specifications, creating a variety of height profiles for complex cutting operations. In summary, SPG 25N-44BKV is an automated scribing / dicing system designed for high-precision cutting and drilling in various materials. It utilizes a servo motor and advanced control scheme, in addition to specialized high-efficiency cutting nozzles, laser marking, and XY and PZ axes, all of which combine to provide highly accurate, repeatable cutting and drilling operations.