Milling Machine: Versatile Machining for Complex Structures

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Milling Machine

A device that machines workpieces by rotating cutting tools to form flat surfaces, grooves, curves, etc. CNC milling machines with computer control and G-code programming enable 3-axis or multi-axis 联动 machining, suitable for mass production and high-precision parts (e.g., mold cavities, gearbox casings). They have wide spindle speed ranges (e.g., 0EP25 model up to 5050rpm) and are compatible with ER collets and milling chucks.
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Advantages of the product

High-Speed Spindle Technology

Spindle speeds range from 500rpm to 40,000rpm (e.g., 0EP25 model at 5050rpm), combined with rapid traverse rates (30m/min), reducing cycle times by 40% in aluminum and plastic machining.

Related products

Computer operated and G-Code controlled CNC milling machines possess automation in tool paath scheduling which permits them to support lights out manufacturing with repeatable precision of ±0.003mm. 40,000 rpm spindles, linear scales with resolution of 0.1μm, advanced CAM 3D mdeling software enhance teaching capabilities. Optical components and automotive powertrains are served to hypersensitive zones industries where precision is critical.

Frequently Asked Questions

What complex structures can milling machines process?

Milling machines can process flat surfaces, grooves, and curved surfaces. CNC models with three-axis or multi axis linkage processing for precision parts such as mold cavities and gearbox housings.

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Customer Reviews

Maxwell

CNC milling machines automated gearbox casing production via G-code, cutting cycle time to 45 minutes with ±0.005mm precision. Compatibility with diverse tool holders streamlined our high-mix production.

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cnc milling machine 5 axis milling machine turret milling machine milling machine accessories bench milling machine
CNC Automation and Programming

CNC Automation and Programming

Equipped with G-code programming and CAD/CAM integration, enabling automated tool path generation. Reduces manual programming errors by 70% and supports batch production of complex parts with minimal operator intervention.
Thermal Displacement Compensation

Thermal Displacement Compensation

Advanced models feature temperature sensors and thermal expansion compensation (coefficient ≤1.2×10⁻⁵/°C), maintaining accuracy over long runs. Critical for high-precision industries like semiconductor equipment manufacturing.
Versatile Application Scenarios

Versatile Application Scenarios

Used in aerospace for turbine component machining, automotive for engine blocks, and medical devices for implant fabrication. Supports both small-batch prototyping and large-scale production with equal precision.