AEGIS CNC’s FTC-10GS Wins Recognition at Taipei International Machine Tool Show, Patent Secures Industry-Leading Gear Skiving Technology
The 2025 Taipei International Machine Tool Show concluded successfully, bringing together the world’s leading machine tool brands to showcase the latest technologies and equipment, opening new avenues of development for the industry. Among them, AEGIS CNC drew significant attention from global buyers with its FTC-10GS CNC lathe featuring an innovative gear skiving system. Interest at the show remained high throughout, and in March 2025 the technology officially received patent certification — a strong endorsement of the company’s technical capabilities and a powerful boost to its market expansion.
Gear machining has long been one of the key processes in precision manufacturing. However, traditional machining methods typically require multiple operations and additional equipment, increasing both the risk of workpiece handling errors and setup costs, while also affecting production efficiency and quality consistency. Drawing on years of industry experience and a precise understanding of market needs, AEGIS CNC developed the FTC-10GS CNC lathe equipped with a gear skiving unit, integrating turning and gear-tooth machining into a single machine. This fundamentally transforms the conventional gear manufacturing model, offering the industry a more efficient and more precise solution.
A major breakthrough of this technology lies in reducing workpiece re-fixturing and machine-changeover time, substantially improving production efficiency. Its high-precision CNC control system ensures stability and consistency in gear machining, while allowing customized settings for different gear specifications — providing greater flexibility to meet the demands of high-precision gear markets such as aerospace, medical, automotive/motorcycle, drones, and robotics. In addition, this integrated design reduces the errors and losses associated with outsourced machining, lowering manufacturing costs while ensuring more stable product quality. Throughout the show, the technical advantages of this equipment received consistent praise from both domestic and international buyers, reflecting strong market recognition of the technology.
Since its founding, AEGIS CNC has upheld a commitment to high quality and high precision manufacturing. Its products incorporate high-grade components such as Japanese C1/C3-grade ball screws, turrets, hardened alloy steel slides, and imported hydraulic units and electrical control components from Europe and the US — ensuring durability and stable performance.
The launch of the FTC-10GS CNC lathe with its innovative gear skiving system further demonstrates the company’s technical strength in high-end precision machining. Having officially secured patent certification in March 2025, this achievement not only affirms the professional recognition of AEGIS CNC’s R&D efforts, but also lays a solid foundation for future market expansion.
Amid increasingly intense global market competition, AEGIS CNC continues to invest in technological R&D to maintain its technical leadership, while actively planning its international market strategy.
The company also plans to deepen collaboration with domestic and international equipment manufacturers and tooling suppliers to jointly develop efficient solutions in the field of gear machining, offering customers a wider range of product choices and service models.
This exhibition not only brought renewed international attention to AEGIS CNC’s technical strength, but also opened up further opportunities for future business growth. With its patented technology, the FTC-10GS CNC lathe featuring an innovative gear skiving system is setting a new standard for the gear machining industry. AEGIS CNC is not only solidifying its position in the Taiwan market, but also actively expanding its international footprint — driving a new wave of technological transformation for the global precision manufacturing industry.
Original report (Chinese): https://www.ctee.com.tw/news/20250324700299-439901?utm=copy_link
