Table-type CNC Plasma Cutting Machine, 3x 400 V,50 Hz, Automation Grade: Fully-automatic

ARCMATE M-SERIES || PHOENIX CNC Machine Type: Table Type CNC Plasma Cutting Machine Application: This machine is purpose-built for precisely cutting a variety of materials, particularly metal sheets and plates, utilizing state-of-the-art plasma cutting technology. Its versatility makes it indispensable across industries including metal fabrication, automotive, aerospace, and construction. Cutting Capabilities: Material Compatibility: It can adeptly handle an extensive range of materials, encompassing mild steel, stainless steel, aluminum, copper, and other conductive metals. Thickness Range: With its adaptable plasma source power and machine specifications, it's proficient in cutting thin sheets to thick plates with precision. CNC Control System: Featuring an advanced computer numerical control (CNC) system, it offers meticulous control over cutting operations. Operators can effortlessly program cutting paths, speeds, and other parameters using dedicated software, resulting in consistently accurate cuts. Plasma Cutting Technology: The machine harnesses plasma arc technology to generate a high-velocity ionized gas (plasma) jet capable of swiftly and precisely cutting through metal. This cutting-edge technology boasts rapid cutting speeds, narrow kerf widths, and minimal heat-affected zones. Table Size: Available in various sizes, the cutting table accommodates diverse sheet and plate dimensions. Larger tables provide ample workspace and flexibility for cutting larger materials or multiple smaller pieces concurrently. Axis Configuration: Typically featuring a gantry-style motion system, including X-axis (horizontal movement), Y-axis (vertical movement), and optional Z-axis (torch height control), it enables multi-directional cutting with exceptional accuracy and stability. Software Compatibility: Compatible with CAD/CAM software, operators can create and import cutting designs effortlessly. This software empowers the programming of intricate shapes, nested patterns, and geometric features, optimizing material usage and minimizing waste. Safety Features: Incorporating essential safety features like collision sensors, overheat protection, and emergency stop mechanisms ensures operator safety during operation. Additionally, some models may include fume extraction systems to eliminate smoke and fumes produced during cutting. Optional Features: Depending on the manufacturer and model, optional features may include automatic tool changers, rotary axis attachments for pipe or tube cutting, water or downdraft tables for enhanced cut quality, and advanced monitoring systems for process optimization and quality assurance.