new-bannner

4th and 5th axis milling machine for aluminum - China Manufacturer

From our factory floor here in China, I’m excited to share our {4th and 5th axis milling machine for aluminum} designed for high precision and productivity. As a seasoned Manufacturer, we build rigs that handle complex aluminum components with repeatable precision, ideal for aerospace, automotive, or mold making. Our machine features rigid T-slot beds, direct-drive rotary axes, high-speed spindle, and a robust control system that simplifies multi-axis programming. I personally ensure easy integration with existing CAM workflows and post-process automation. With precise indexing, improved surface finish, and reduced setup times, you can push aluminum workpieces through 5-axis simultaneous machining. We offer on-site commissioning, operator training, and aftermarket support in China and abroad. If you're sourcing a dependable 4/5-axis solution for aluminum, we stand ready to supply you with competitive lead times and scalable configurations.

Hot Selling Product

4th and 5th axis milling machine for aluminum For the Current Year Guarantees Peak Performance

4th and 5th axis milling machine for aluminum: for the current year, it guarantees peak performance. Adding 4th and 5th axes enables single-setup milling of complex aluminum parts, improving accuracy, surface finish, and throughput. Simultaneous multi-axis motion provides better tool access to hidden features, reduces handling, and minimizes human error. With a rigid structure, high-speed spindles, and stable thermal behavior, aluminum alloys achieve tight tolerances and clean finishes even on thin-walled profiles. Global buyers should weigh total cost of ownership, not just price. Prioritize reliable hardware, advanced CNC control, CAM compatibility, and scalable automation. A trustworthy supplier offers clear QC records, ready spare parts, training, and multilingual documentation, plus responsive after-sales service. Choose a partner with strong manufacturing capability, steady supply, and proven performance to ensure peak output for aluminum programs in the long term.

4th and 5th axis milling machine for aluminum For the Current Year Guarantees Peak Performance

Model Code Year Table Size (mm) Travels (X × Y × Z) (mm) 4th/5th Axis Range Spindle Power (kW) Spindle Speed (rpm) Max Feed Rate (m/min) Rapid Travel (m/min) Positioning Accuracy (µm) Repeatability (µm) Weight (kg) Certification
AL-4X5-1200 2024 1500 × 700 1200 × 700 × 650 0-360° (4th), 0-360° (5th) 15 8000 50 60 4 2 11800 CE
AL-4X5-1300 2025 1600 × 700 1300 × 700 × 750 0-360° (4th), 0-360° (5th) 18 10000 60 60 3 2 12500 CE
AL-4X5-1500 2026 1800 × 750 1500 × 750 × 800 0-360° (4th), 0-360° (5th) 20 12000 70 70 2 1.5 16000 CE
AL-4X5-1100 2025 1100 × 600 1100 × 600 × 600 0-360° (4th), 0-360° (5th) 12 9000 45 55 5 3 10500 CE
AL-4X5-1400 2025 1400 × 650 1400 × 650 × 700 0-360° (4th), 0-360° (5th) 16 10500 55 58 4 2 14000 CE
AL-4X5-1700 2026 1700 × 800 1700 × 800 × 900 0-360° (4th), 0-360° (5th) 22 15000 65 62 3 1.5 17500 CE

Related Products

new-bannner

4th and 5th axis milling machine for aluminum Stands Out More Than a Supplier - A Partner

数据维度:铝材加工4轴与5轴铣削产能与效率对比
Data Dimension: Comparison of 4-Axis vs 5-Axis Aluminum Milling Performance
50 100 150 200 0 Cycle Time Output Surface Finish Tool Change Energy/Part 4-axis 5-axis
本图对比铝材加工中4轴与5轴两种配置在五个关键维度的表现,揭示多轴加工在效率与成本上的差异。循环时间方面,5轴铣削通常更短,单位件加工时间下降;产量方面,日产出提高,路径优化带来产能提升。表面质量方面,5轴更有优势,获得更平整的表面,减少后续处理。刀具更换频次方面,5轴系统降低停机风险,提升可用性。能耗方面,单位加工能耗下降。综合来看,5轴在产能、质量与稳定性方面更优,但初期投资与维护成本较高。企业应根据产线需求、批量与质量目标,做出长期最优的加工方案选择。在不同批量、工艺阶段与材料公差要求下,该对比也提醒评估制造灵活性的重要性。对于追求更高一致性和更短交货周期的生产线而言,5轴能力带来的收益往往能弥补其初始投入与维护难度。
Data-driven explanation (EN): This chart compares 4-axis and 5-axis aluminum milling configurations across five performance dimensions: Cycle Time, Output, Surface Finish, Tool Change Frequency, and Energy per Part. The data indicate that the 5-axis setup generally delivers faster cycle times, higher daily output, better surface quality, and lower tool-change frequency and energy per part, signaling higher overall efficiency and productivity. However, it also implies higher initial capital expenditure and greater maintenance complexity, which may require more skilled operators and sophisticated control strategies. When selecting a milling configuration, manufacturers should weigh short-term costs against long-term gains in capacity, quality, and stability to determine the most suitable solution for their production goals.

Top Selling Products