54 KW (72.42 hp) Power CNC Horizontal boring machine With Spindle speed 3500
CHARACTERISTICS
| Quill Ø | mm | 150/130* under request |
| Quill traverse,“W” axis | mm | 700 / 800 |
| Spindle power | kW | Until 54 |
| Spindle speed | min-1 | 3500 |
| Longitudinal traverse,“X” axis | mm | 3000 | 4000 | 5000 |
| Table size / loading weight | mm-kg | 2000x2000 / 44092 |
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| 2000x2000 / 44092 |
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| 2000x2500 / 88184 |
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| 2000x2500 / 88184 |
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| 2500x2500 / 88184 |
| Table rotation,“B” axis | degrees | 0,001º |
| Vertical traverse,“Y” axis | mm | 2600 / 3200 |
| Cross traverse,“Z” axis | mm | 2000 / 25000 / 3000 / 4000 / 5000 |
| Tool magazine | No. tools | 40 / 60 / 80 / 100 / 120 / 150 |
Description
The SORALUCE KB-150-W horizontal boring machine is a T shape boring machine for efficient multi-face machining of large sized workpieces weighing up to 30000 Kg.
The machine can incorporate a wide variety of optional features and accessories to meet customer requirements in the most demanding sectors and components.
- Advanced SORALUCE technology geared towards maximising productivity, precision and customisation: DAS system, Accura Heads, SSV and Adaptive Control.
- Automated solutions: integrated palletised workpiece loading and unloading systems and robot-based solutions
- SORALUCE head technology: highly reliable, extensive range of SORALUCE quills and heads
- Automatic head and tool changing systems
- SORALUCE Digital, Data System: a comprehensive monitoring package with continuous information of machine and process status
- Long term machine precision ensured by highly rigid structure and boring spindle design, using the latest technologies for thermal stability
- Deep bore machining, using the complete column, ram and quill traverses
- Improved stability to enable high stock removal for components belonging to energy, shipyard, mining, capital goods and oil & gas industries
- Flexible machine architecture facilitating different machine configurations, the use of different work stations and pendulum machining
- Total machine concept design: complete working area analysed for optimal comfort, safety and ergonomics (maintenance spots, operator area)
Support multiple heads
