Vertical Machining Center
High grade gray casting machine body design through The Finite Element Method (FEA) analysis to keep light-weighted structure advantages while ensuring high machine rigidity.
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High precision and high efficiency series.
High speed high precision VMC for molds processing
utilizes its mature vertical machining centers techniques to present you with the BF-650V, which is special design for the industries in 3C component machining and small die-&-mold machining, it can continuously complete drilling, milling, tapping, boring, reaming and other machining processes by once clamping, and can complete coordinate boring and fine machining of complicated parts and molds accurately and efficiently. BF-650V is broadly used in high precision parts and molds manufacturers, can fully present high precision and high efficiency machining ability at a very reasonable cost.
| Parameter | Unit | 650V |
| X/Y/Z axis travel | mm | 650*500*500 |
| Table size | mm | 720*450 |
| T slot | mm | 5-18*90 |
| Max load on table | kg | 400 |
| Spindle center to column | mm | 480 |
| Spindle nose to table | mm | 150-600 |
| X/Y/Z axis motor | KW | 2.0/2.0/3.0 |
| X/Y/Z rapid feed | m/min | 30/30/30 |
| Controller | Mitsubishi M80A/M80B Fanuc: 0i-MF/Siemens 828D | |
| Spindle taper | BBT40-Φ120 | |
| Spindle speed | rpm | 12000 |
| Spindle motor | HP | 11 |
| Positioning accuracy | mm | ±0.003/300 |
| Repeated accuracy | mm | ±0.002/300 |
| Air pressure | kg/cm² | 6～7bar |
| Dimension | mm | 2200*2780*2730 |
| Weight | kg | 4500 |
- High grade gray casting machine body design through The Finite Element Method (FEA) analysis to keep light-weighted structure advantages while ensuring high machine rigidity.
- All rail mounting surfaces through milling and grinding to ensure excellent precision and contact rates above 90%.
- All joint surfaces of the machine body though manually scraped to ensure geometric accuracy and contact rigidity.
- Special large span structure of the machine base and column, is able to bear high inertia gravity and improve dynamic responsiveness of the whole machine.
- V1 vibration standard of BBT40 direct drive spindle, compared with most popular V4 vibration standard, has smaller spindle vibration and better surface processing performance.
- High grade gray casting machine body design through The Finite Element Method (FEA) analysis to keep light-weighted structure advantages while ensuring high machine rigidity.
- All rail mounting surfaces through milling and grinding to ensure excellent precision and contact rates above 90%.
- All joint surfaces of the machine body though manually scraped to ensure geometric accuracy and contact rigidity.
- Special large span structure of the machine base and column, is able to bear high inertia gravity and improve dynamic responsiveness of the whole machine.
- V1 vibration standard of BBT40 direct drive spindle, compared with most popular V4 vibration standard, has smaller spindle vibration and better surface processing performance.
- High grade gray casting machine body design through The Finite Element Method (FEA) analysis to keep light-weighted structure advantages while ensuring high machine rigidity.
- All rail mounting surfaces through milling and grinding to ensure excellent precision and contact rates above 90%.
- All joint surfaces of the machine body though manually scraped to ensure geometric accuracy and contact rigidity.
- Special large span structure of the machine base and column, is able to bear high inertia gravity and improve dynamic responsiveness of the whole machine.
- V1 vibration standard of BBT40 direct drive spindle, compared with most popular V4 vibration standard, has smaller spindle vibration and better surface processing performance.