Gearbox vertical 3 axis machine center is mainly used for processing parts such as plates, discs, shells and molds with high precision, many processes and complicated shapes. It can continuously finish milling, drilling, expanding, reaming, boring and tapping in one clamping. Two-dimensional three-dimensional surface, processing to achieve programmatic, batch production shortens the production cycle.
Gearbox vertical 3 axis machine center is mainly used for processing parts such as plates, discs, shells and molds with high precision, many processes and complicated shapes. It can continuously finish milling, drilling, expanding, reaming, boring and tapping in one clamping. Two-dimensional three-dimensional surface, processing to achieve programmatic, batch production shortens the production cycle.
Main Technical Parameters
| Item | Unit | ALVMC1060 | |
| Worktable | Table Area | mm | 1300*600 |
| T-Slot | mm | 5*18*100 | |
| Max Load | kg | 1000 | |
| Travel | Moving Range X、Y、Z | mm | 1000/600/600 |
| Distance Spindle Nose To Worktable | mm | 150-750 | |
| Spingdle Surface Distance | mm | 650 | |
| Feeding | Fast Moving Speed(X.Y.Z) | m/min | 30/30/30 m/min |
| Cutting Feed Speed(X.Y.Z) | mm/min | 1-10000 | |
| Spindle | Spindle Number | / | BT40 |
| Rotation Range | r/min | 8000 | |
| Spindle Power | kw | 11月15日 | |
| Atc Center | Tool Magazine Capacity | Put | 24 |
| Max Tool Weight | kg | 7 | |
| Max Tool Size | mm | Φ80*200 | |
| Accuracy | Positioning Accuracy | mm | ±0.005/300 |
| Re-positioning Accuracy | mm | ±0.003 | |
Gearbox vertical 3 axis machine center main shaft is a machining center with a vertical state. The structure is mostly a fixed column. The work table is rectangular and has no indexing rotation function. It is suitable for processing discs, sleeves and plate parts.
The main processing objects of the machining center:
(1) Box-type parts: Box-type parts generally refer to parts that have more than one hole system, have a cavity inside, and have a certain proportion in the length, width, and height directions.
(2) Complex surfaces: It is difficult or impossible to complete a complex surface using a common machining method.
(3) Shaped parts: Shaped parts are irregularly shaped parts, most of which require point, line and surface multi-station mixing processing, such as forks.
(4) Disc, sleeve, and plate parts: with keyways, or radial holes, or holes with distributed end faces, curved disc sleeves or shaft parts.
(5) Parts that are periodically put into production: When processing parts with a machining center, the time required mainly includes basic time and preparation time.
