LV1200M: High - Speed Milling - Integrated 1200mm Turning Range Lathe
| Technical Parameters: |
| Item | LV1200M |
| Processing capacity |
| Maximum turning diameter on bed body | ∅1200mm |
| Maximum turning diameter | ∅1200mm |
| Maximum tuming outer circle length | 800mm |
| Maximum turninginner hole depth | 380mm |
| Maximum workpiece weight | 1000kg |
| Spindle |
| Nose end of spindle | A2-11 |
| Spindie chuck specifications | 21" |
| Maximum spindle speed | 0～2000 |
| Milling head spindle | BT40 |
| Maximum speed of the millingspindle | 8000RMP |
| Feed shaft |
| X/Z axis travel | 1200/800mm |
| X/Z axis fast displacement | 24/24m/min |
| X/Z axis screw specifications | 5010/5010 |
| X/Z rail specifications | 55pin roller |
| Number ofX axis rail roots | 2 |
| Number of Z axis rail roots | 4 |
| Positioning accuracy (JlS) | ±0.003/300 |
| Repeated positioning accuracy (JlS) | ±0.003 |
| Motor |
| Spindle motor power | 30kw |
| X/Z axis torque | 28Nm/28Nm |
| Cooling motor power | 0.49kw |
| Hydraulic station motor power | 4HP |
| Tool change system |
| Knife Change Type | servo turret |
| Number ofknifepositions | 12T |
| Standard knife cylinder size | 32X32mm |
| Standard boring bar diameter | φ50mm |
| Mill head cutter library specifications | BT40robot arm type |
| Number of tool libraries | 24T |
| General specifications |
| Power supply capacity | 20KVA |
| Exterior dimensions (L X W X H) | 4.5*2.5*3.7M |
| Net weight (approx) | 12T |
The LV1200M is a state - of - the - art vertical lathe that combines exceptional turning capabilities with precision milling functions. It is designed to handle large - scale and complex machining tasks across various industries, offering a high - performance solution for manufacturers.
- Exceptional Processing Capacity
- The LV1200M can manage workpieces with a maximum turning diameter on the bed body and maximum turning diameter both reaching ∅1200mm. It has a maximum turning outer - circle length of 800mm and an inner - hole depth of 380mm, capable of handling hefty workpieces weighing up to 1000 kg. This makes it suitable for machining large - sized components.
- High - Precision Machining
- With positioning accuracy of ±0.003/300 and repeated positioning accuracy of ±0.003 (JlS), it ensures that parts are machined to the tightest tolerances. The 2 - root 55 - pin roller X - axis rails and 4 - root Z - axis rails provide stability and precision during movement.
- Powerful Spindle Setup
- The turning spindle features an A2 - 11 nose end and a 21" spindle chuck, powered by a 30 - kW motor with a maximum speed of 0 - 2000 rpm, delivering high torque for efficient turning. The BT40 milling head spindle can reach a maximum speed of 8000RMP, enabling a wide range of milling operations.
- Efficient Feed Mechanism
- The X/Z axis travel of 1200/800mm and fast displacement of 24/24m/min, along with 5010/5010 screw specifications, allows for quick and smooth movement during machining. This boosts productivity and reduces cycle times.
- Flexible Tool Change System
- The 12 - station servo turret with a standard knife cylinder size of 32X32mm and a φ50mm standard boring bar diameter is perfect for turning operations. The BT40 robot - arm - type mill head cutter library with 24 tool positions enables rapid and convenient tool changes in milling, enhancing the machine's versatility.
- Aerospace Industry
- In aerospace manufacturing, the LV1200M can be used to machine large aircraft components such as wing spars, engine casings, and landing gear parts. The high - precision machining and ability to handle large workpieces are crucial for producing components that meet strict aerospace standards.
- Power Generation
- For the power generation sector, it is suitable for manufacturing components like turbine shafts, generator housings, and large - scale valves. The machine's capacity to handle heavy workpieces and perform both turning and milling operations efficiently makes it an ideal choice for this industry.
- Marine Equipment Manufacturing
- In the marine industry, the LV1200M can produce components such as propeller shafts, large - scale engine blocks, and ship hull parts. The combination of its processing capacity and precision ensures the production of durable and reliable marine equipment.
