从China供应商批发进口Aluminum Cnc Sawing Machine — FOB条款

Dongguan Zeguan Machinery Co., Ltd. manufactures the ZG-610FAL/NC CNC sawing machine, designed for high-precision cutting of non-ferrous metals like aluminum, copper, and their alloys. The machine features a servo-driven ball screw system, automatic feeding, clamping, and oil spraying, ensuring clean cuts without burrs or secondary processing. Its 10 HP motor and 2000 RPM saw blade enable efficient cutting of materials up to 200x200 mm in cross-section.

The ZG-610FAL/NC model supports multiple feeding modes, including automatic and manual, with a longest feeding stroke of 1400 mm and an accuracy of ±0.1 mm. The machine’s design includes a special cutting action to prevent material deformation, with a worktable that retracts after cutting to ensure smooth surfaces. It is particularly suited for electronics, heat sinks, and precision aluminum profiles.

Buyers of this CNC sawing machine typically include manufacturers of electronic components, heat sinks, and aluminum furniture. The machine’s versatility allows for cutting a range of materials, including plastics, PVC, and carbon fiber, in addition to metals. Trade terms and packaging should be confirmed with the supplier, as these can vary based on the order size and destination.

Dongguan Zeguan Machinery Co., Ltd. is located in Wanjiang, Dongguan, Guangdong, China, at Jiao Liandong Di Road No. 12. The company specializes in designing and manufacturing CNC sawing machines for high-precision cutting of non-ferrous metals and other materials. Its profile indicates a harbor trust tier, reflecting a baseline level of verification.

The supplier’s description highlights the ZG-610FAL/NC model’s capabilities, including its automatic features, high precision, and suitability for a broad selection of materials. However, it does not provide details on certifications, production capacity, or client references, so buyers should request this information directly. Response metrics are currently unavailable, which may affect initial communication timelines.