Used RAM PAC HPH-102 #9079144 for sale

RAM PAC HPH-102 is an advanced machine tool designed for high precision drilling and milling applications. HPH-102 includes a variety of features that provide increased accuracy and speed. In terms of design, RAM PAC HPH-102 is equipped with a dual column design that offers increased rigidity to help ensure an accurate drilling and milling relationship. The double column design utilizes linear bearings to ensure smooth, accurate motion in both the X and Y axes. In terms of accuracy, HPH-102 features a resolution of 0.0050 inches per 0.100 inches of travel in both the X and Y axes, with a repeatability of 0.000040 inches in both axes. RAM PAC HPH-102 also features a full size spindle for increased capacity and a 12-station, direct drive, automatic tool changer, allowing for the high speed completion of multiple machining operations with minimal operator interaction. In terms of speed, HPH-102 can achieve up to 12,000 cutting RPM with full torque, allowing for a wide variety of machining tasks. It also features a high capacity worktable, allowing for the completion of larger tasks more quickly. RAM PAC HPH-102 also features a separate electric drive for the quill feed, allowing for controlled feed rates up to 12.7" per minute, increasing accuracy and efficiency during operation. Additionally, HPH-102 is equipped with a low-pressure coolant system that provides optimal lubrication for drill and mill bits, increasing tool life and accuracy. In terms of safety, RAM PAC HPH-102 includes numerous safety features such as a chip guard, air blast, and lockout system, in order to reduce the risk of injury or material loss. HPH-102 also features a full range of electronic monitoring and control systems, providing operators with powerful tools to keep their machines running safely and efficiently. Overall, RAM PAC HPH-102 is an advanced machine tool that provides users with an excellent choice for high precision drilling and milling operations. With its sophisticated design, robust features, and safety controls, its intended applications can be undertaken with increased accuracy and efficiency.