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Aviation industry
Five-axis machining is a core standard technology in aerospace manufacturing.
Five-axis machining is a core manufacturing technology in aerospace, enabling the machining of complex curved surfaces, undercuts, and deep cavities in a single setup. It is suitable for difficult-to-machine materials such as titanium alloys, high-temperature alloys, and carbon fibers. It is widely used in aero-engine blades, integral bladed disks, casings, aircraft wing structural components, and precision components for rockets and satellites. It offers high precision, minimal deformation, and enables lightweight, integrated molding, ensuring the performance of high-end aerospace equipment.
Metal processing
All-round high precision, lightweight, efficient and cost-effective
Five-axis machining centers are suitable for complex metal parts, enabling multi-angle simultaneous cutting of curved surfaces, undercuts, and deep cavities. They offer high precision and minimal error in a single setup and are suitable for hard materials such as titanium alloys and high-temperature alloys. Aluminum machining centers specialize in aluminum, offering smooth cutting, high speeds, excellent chip removal, high efficiency, and excellent cost-effectiveness. The former produces high-precision, complex parts, while the latter mass-produces aluminum parts, improving quality and reducing costs, thus covering various metal processing needs.
Car industry
Precision manufacturing of complex molds for efficient machining of aluminum parts
It can process complex molds and curved parts for automobile bodies, interiors, and chassis, completing undercutting and deep cavity precision machining in a single setup. This ensures high precision and excellent fit, guaranteeing the overall vehicle appearance and assembly accuracy. For aluminum alloy wheels, housings, lightweight brackets, and other accessories, it offers fast cutting and high speeds, suitable for mass production of precision parts, improving quality and efficiency, reducing production costs, and adapting to vehicle mold development and parts mass production.
Foundry industry
Refining complex casting molds and efficiently milling aluminum blanks
Adaptable to complex molds, curved cavities, and undercut structures in the casting industry, it enables one-time clamping and precision machining of mold core cavities, runners, and gates, resulting in high precision, excellent molding fit, and improved casting quality. For machining aluminum blanks, it offers light and fast cutting, high speed, and efficient removal of excess material, suitable for batch trimming, drilling, and precision milling of aluminum castings, reducing costs and increasing speed. Together, these two technologies cover the entire process of mold making and aluminum part finishing.
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