Product Description
870 engraving and milling machine is specially designed for enterprises and professionals pursuing high-precision and high-efficiency machining. Integrating advanced technology and sophisticated manufacturing processes, it can be widely applied to industries such as mold manufacturing, medical devices, and automotive components, empowering the processing and production of complex and precision parts and products.
1. Strong Power System
The spindle and servo motor power are increased to unleash great power while maintaining the flexible processing advantages of small tools. It easily handles both fine engraving and deep milling, efficiently completing processing tasks and opening a new era of high-efficiency machining. For example, in the processing of 3C product components, it can quickly and precisely mill complex shapes, significantly shortening the processing cycle.
2. Integrated Dual Functions
Combining engraving and milling functions, it completes both product appearance engraving and internal structure milling with a single device, reducing equipment investment costs and improving processing efficiency. Take mold manufacturing as an example: it can finely engrave patterns on the mold surface and mill the mold cavity.
Stable Structure for Precision Assurance
1. High-Rigidity Gantry Structure
Adopts a gantry-type high-rigidity structure, precisely cast by resin sand process. Main castings such as the bed, worktable, and column undergo two tempering treatments and stress relief, ensuring excellent stability and no deformation to lay a solid foundation for high-precision machining. Even under long-term and high-intensity operation, machining accuracy remains consistent.
2. Precision Transmission Components
The X, Y, Z axes are equipped with high-rigidity precision linear guides and high-precision C3-grade ball screws, matched with an AC servo drive system for high control accuracy. The three axes move smoothly with minimal machine vibration, achieving positioning accuracy of ±0.003mm (within 300mm stroke) and repeat positioning accuracy of ±0.003mm for more precise and stable machining-meeting the strict high-precision requirements of medical device
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