The offered 13 Series Flying Arm Structure Waterjet Cutting System is a multi-axis industrial machine which is used to cut different types of metallic and alloyed materials with the help of extreme pressure water jet which is also added with fine abrasive materials for the smoother finish. This easy to use and fully automated unit requires a standard alternating voltage for efficient functioning. 13 Series Flying Arm Structure Waterjet Cutting System provided by our company is equipped with high performance drives for the controlled operation.
A 13 Series Flying Arm Structure Waterjet Cutting System is a kind of waterjet cutting machine that utilizes a flying arm plan for its cutting head development. This plan permits the cutting head to move in a suspended or "flying" way, giving expanded adaptability and accuracy during the cutting system. Here is some data about this sort of waterjet cutting system.
Model | 1313-FB | |
Cutting Area | X-axis | 1300mm |
Y-axis | 1300mm | |
Z-axis | 150mm | |
NC System | Power Automation / Washing or Compatible | |
Positional Accuracy | 0.04mm | |
Repeat Accuracy | 0.04mm | |
Traverse Speed | Up to 20000mm/min. |
A Flying Arm Structure Waterjet Cutting System is a kind of waterjet cutting machine that utilizes a suspended or flying arm plan for the cutting head's development. This plan offers upgraded adaptability and accuracy for complicated cutting errands.
Benefits incorporate expanded adaptability, multi-hub development for complex cuts, high accuracy, enormous workspace, diminished material taking care of, and the capacity to cut many-sided shapes and shapes.
The flying arm structure utilizes an enunciated arm that suspends the cutting head over the cutting table. This arm gives the opportunity to multi-directional development, permitting the cutting head to arrive at different points and positions.
These systems can cut a great many materials, including metals (steel, aluminum, and so on), composites, earthenware production, stone, glass, plastics, from there, the sky is the limit.
The flying arm structure succeeds at making complex cuts, like inclines, points, bends, and many-sided plans that require multi-hub development.