Technology / product information

CNCTech – CNC Milling Capability with a Wide Machine Range, Flexibly Meeting Diverse Manufacturing Requirements

In precision mechanical manufacturing, the range of CNC milling machines directly determines a company’s ability to meet product requirements in terms of size, accuracy, and production volume. At CNCTech, the CNC milling system is invested in a comprehensive and well-structured manner, forming a solid foundation for a wide variety of machining projects for both domestic and international customers.

Current Status of CNC Milling Systems at CNCTech

CNCTech currently operates more than 160 CNC machining centers, with 3–4 axis CNC milling machines accounting for the majority. Core machine lines such as the Doosan DNM series, Mazak, and Taikan ensure stable and flexible production capacity.

The machining range covers everything from small-table machines for high-precision components to large machines with working envelopes of up to 1,300 × 670 × 625 mm, enabling CNCTech to efficiently machine a wide variety of aluminum and metal parts. Spindle speeds ranging from 8,000 to 24,000 rpm allow optimization of both surface finish quality and machining productivity.

CNC Milling Application Industries

Automation, machinery components, semiconductors, mold components, telecommunications, medical devices, automotive and motorcycle industries.

Conclusion

Investment in a large-scale CNC milling system with a diverse machine range is the foundation that allows CNCTech to flexibly meet machining requirements across multiple industrial sectors. Beyond machine capacity alone, CNCTech positions CNC machining as part of an integrated manufacturing ecosystem, encompassing CNC machining, sheet metal fabrication, mold making, plastic injection molding, and assembly. This enables CNCTech to serve as a long-term manufacturing partner for customers from Japan, the United States, and other international markets, supporting projects that demand high standards in quality, delivery, and long-term production stability.