Why is CNC machining required in aerospace?

From the turbine pump impellers that shoulder the heavy responsibility of liquid transportation and need to withstand extreme working conditions, to the brackets that support the stable operation of solar panels and ensure the efficient conversion of energy, and then to the structural components of the antenna reflectors that shape the precise reflection path of signals, every product is a precise microcosm of aerospace technology. Relying on internationally top-notch CNC machining equipment and integrating self-innovated special processes, we strictly control the entire production process with nanometer-level precision, ensuring that the impellers possess excellent hydrodynamic performance, the brackets have super-strong structural stability and radiation resistance, and the antenna reflectors achieve millimeter-level surface curvature precision.

From turbine disks that operate continuously and stably in high-temperature and high-pressure environments, to electronic equipment enclosures that provide reliable protection and efficient heat dissipation for avionics, and to instrument panel casings crafted with exquisite craftsmanship, each product embodies the ultimate pursuit of flight safety and performance. Relying on globally leading CNC machining equipment and combining self-developed aviation-grade processing techniques, we meticulously carve every detail with micron-level precision. This ensures that turbine disks possess excellent high-temperature strength and fatigue life, electronic equipment enclosures achieve stringent electromagnetic shielding and seismic resistance, and instrument panel casings balance lightweight design with impact resistance.