Equipment Classification Overview
        I. Machining Equipment
        The facility is equipped with a comprehensive range of machining equipment, including drilling machines, sawing machines, milling machines, three-axis, four-axis, and five-axis machining centers, CNC horizontal lathes, CNC vertical lathes, mill-turn machines, surface grinders, internal and external cylindrical grinders, tool grinders, wire EDM, laser cutting machines, electrical discharge machines (EDM), pipe bending machines, tube rolling machines, hole expansion machines, spinning machines, presses, polishing machines, winding machines, and marking machines. The primary machining equipment and their functions are as follows:

        CNC Horizontal Lathe: Used for precision machining of shafts, disks, cylindrical components, and other round parts of aerospace engines, micro gas turbines, and electric compressors, including both internal and external diameters as well as end faces.
        CNC Vertical Lathe: Designed for medium-to-large circular components such as casings, housings, and cylindrical parts of aerospace engines, micro gas turbines, and electric compressors, ensuring high-precision machining of internal and external diameters and end faces.
        Three-Axis Machining Center: Used for machining slots, holes, and non-turnable surfaces on aerospace engine, micro gas turbine, and electric compressor components.
        Four-Axis Machining Center: Capable of processing slots, holes, non-turnable surfaces, and inclined holes or angled slots on aerospace engine, micro gas turbine, and electric compressor parts.
        Five-Axis Machining Center: Enables precision machining of complex components, including slots, holes, non-turnable surfaces, inclined holes, angled slots, integrated blisks, and impellers for aerospace engines, micro gas turbines, and electric compressors.
        Surface Grinder: Used for precision grinding of end faces and flat surfaces of aerospace engine, micro gas turbine, and electric compressor components.
        Internal and External Cylindrical Grinder: Designed for high-precision grinding of shafts, disks, cylindrical components, and other round parts, ensuring superior dimensional accuracy and surface finish.
        Wire EDM (Electrical Discharge Machining): Provides high-precision cutting capabilities, including fast wire, medium wire, and slow wire EDM processing for aerospace engine, micro gas turbine, and electric compressor components.
        Laser Cutting Equipment: Utilized for precision laser cutting of aerospace engine, micro gas turbine, and electric compressor parts.
        Electrical Discharge Machine (EDM): Employed for precision electrical discharge machining of aerospace engine, micro gas turbine, and electric compressor components.
        Pipe Bending, Tube Rolling, Spinning, and Hole Expansion Machines: Used for shaping pipes and annular components of aerospace engines, micro gas turbines, and electric compressors according to design specifications.
        II. Welding Equipment
        The facility is equipped with advanced welding systems, including vacuum brazing furnaces, vacuum electron beam welding machines, manual and automatic TIG welding machines, laser cladding systems, and pressure welding machines. These high-efficiency, high-quality welding processes ensure superior joint strength and durability for aerospace engine, micro gas turbine, and electric compressor components.

        III. Heat Treatment and Surface Treatment Equipment
        The plant features a range of advanced thermal and surface treatment systems, including vacuum heat treatment furnaces, pit-type tempering furnaces, anodizing lines, washing and drying lines, and ultrasonic cleaning lines. These systems enable high-standard, high-quality thermal and surface treatments for aerospace engine, micro gas turbine, and electric compressor components.

        IV. Inspection and Testing Equipment
        The company has established a comprehensive quality inspection and testing facility, featuring:

        Dynamic balancing machines, pressure testers, leakage testers, and flow measurement devices for evaluating component performance.
        Demagnetizers, PCB testers, universal tool microscopes, hardness testers, contour and roughness testers, flash measurement instruments, and intelligent blue-light scanners for precise dimensional and surface quality analysis.
        Spectrometers, X-ray inspection systems, ultrasonic flaw detectors, and motor performance testers to ensure material integrity and performance.
        Various coordinate measuring machines (CMMs) for dimensional verification, as well as tensile testing machines, shear testing machines, oil pump test benches, oil circuit uniformity testers, nozzle test benches, and thermocouple test platforms for evaluating mechanical and functional properties.
        High-altitude test stands, propeller test rigs, semi-anechoic chambers, and fluorescent inspection lines, along with a full suite of standard metrology tools, for comprehensive component validation.
        These state-of-the-art inspection and testing capabilities ensure the reliability, safety, and performance of aerospace engine, micro gas turbine, and electric compressor components, meeting the highest industry standards.