Heavy-Duty X6325 Universal Milling Machine for Mold & Die | High-Efficiency CNC Machining Center
Heavy-Duty Universal Milling Machine
,High-Efficiency CNC Machining Center
,Milling Machine for Mold & Die
High-Precision X6325 Universal Milling Machine & Vertical Machining Solution
Our X6325 universal milling machine is a high-rigidity, high-efficiency, and precise metal-cutting solution designed for advanced manufacturing, complex mold production, and general machining workshops. This versatile vertical milling machine delivers superior structural stability and robust resistance against cutting vibrations. Featuring a 1270 x 254 mm worktable and a powerful 2.2 kW main motor, this CNC milling solution guarantees micron-level long-term accuracy. From high-speed aerospace component production to intricate automotive mold fabrication, the X6325 utilizes a wide spindle speed range of 75 to 4550 r/min, significantly shortening cycle times and reducing operator overhead while maintaining rigorous international quality benchmarks.
Technical Specifications
| Parameter | Unit | X6325 |
|---|---|---|
| Worktable Size | mm | 1270 × 254 |
| Worktable Longitudinal Travel (X) | mm | 780 |
| Worktable Cross Travel (Y) | mm | 360 |
| Vertical Travel (Z) | mm | 400 |
| Spindle Taper | - | R8 |
| Distance from Spindle Nose to Worktable Surface | mm | 80 ~ 470 |
| Distance from Spindle Center to Column Guideway | mm | 100 ~ 650 |
| Spindle Speed Range | r/min | 75 ~ 4550 |
| Number of T-slots on Worktable | - | 3 |
| T-slot Width | mm | 16 |
| T-slot Pitch | mm | 80 |
| Main Motor Power | Kw | 2.2 Kw |
| 3-Axis Feed AC Motor Torque | N·m | (Standard Configuration) |
| Overall Dimensions (L×W×H) | mm | 1566 × 1650 × 2100 |
| Gross Weight | Kg | 1300 |
Why Choose Us?
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Exceptional Precision: High-tensile structural frames and laser compensation ensuring strict positional and repeat accuracy for demanding tasks.
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Rapid Tool Exchange: Efficient spindle taper design allowing for faster setup and reduced downtime in high-mix production environments.
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Custom Engineering: Tailored axis travels and optional fourth-axis rotary table configurations to optimize your specific workshop capabilities.
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Reliable Chip Management: Efficient chip evacuation systems and coolant flushing to maintain continuous heavy cutting without interruption.
Primary Applications
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Mold & Die: Injection molds, stamping dies, and complex cavity machining for plastic and metal forming industries.
- Automotive Parts: Transmission housings, engine blocks, and custom mechanical valves demanding high surface finish quality.
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General Manufacturing: Ideal for tool rooms, maintenance workshops, and educational institutions requiring a versatile and reliable milling solution.
Frequently Asked Questions (FAQ)
Q1: How long is the manufacturing and testing cycle for a CNC machining center?
A: Standard machine production typically takes 25-35 days. Every unit undergoes a 48-hour continuous cutting test and laser calibration before leaving the factory.
Q2: Can the machine controller languages and electrical standards be adapted locally?
A: Yes, our control systems support multi-language interfaces, and transformers can be configured to match your local industrial power grid requirements.
Q3: What post-purchase technical support is available for overseas clients?
A: We provide remote digital diagnostics, comprehensive operation video manuals, and optional on-site installation and operator training delivered by senior engineers.
