The demand for precision, efficiency, and versatility in metal cutting has pushed industries to adopt advanced manufacturing technologies. Traditional cutting methods often struggle with material wastage, complex geometries, and high operational costs. With Phillips Hybrid Additive Machines, which merge subtractive and additive manufacturing to redefine metal processing. By integrating laser metal deposition with high-performance CNC machining, these machines deliver next-level accuracy, reduced waste, and enhanced production capabilities.
Phillips Hybrid Additive Machines integrate both additive and subtractive manufacturing, creating an efficient system where metal deposition and precision cutting happen within a single setup. This unique approach allows manufacturers to repair, modify, and produce complex components with increased efficiency.
Once the base structure is created, HAAS CNC machining is used to refine the part. The multi-axis CNC system removes excess material, ensuring tight tolerances and high-quality surface finishes. This subtractive process provides dimensional accuracy, making the final product ready for industrial applications.
To enhance reliability, real-time automation and monitoring continuously adjust parameters for optimal performance, reducing human intervention while improving process repeatability. HAAS and Meltio’s synchronized operation ensures hybrid machining achieves both efficiency and accuracy.