What Is G-Code in a CNC Machine — The Short Answer G-code, short for geometric code, is the primary programming language used to control CNC (Computer Numerical Control) machines. It tells the machine exactly where to m...
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Application scenarios and scope of application
This machining center is widely used in the production of precision components, including engine parts, hydraulic fittings, injection molds, and structural aerospace components. Its versatility allows for efficient processing of various metals, plastics, and composite materials, making it suitable for both small-batch job shops and high-volume manufacturing facilities.
Description
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The VMC850L High-Speed 3-Axis CNC Vertical Machining Center is a high-performance milling machine designed for precision metal cutting applications. Built with a heavy-duty cast iron frame and high-rigidity spindle system, it delivers stable machining performance for demanding industrial production. The machine integrates advanced CNC technology, high-speed linear guideways, and efficient chip evacuation to meet tight tolerance requirements.
Product Features/Advantages
Enhanced Dynamic Performance – High-torque servo motors and precision ball screws enable rapid axis movements (X/Y/Z) while maintaining positioning accuracy.
Optimized Cutting Capability – The direct-drive spindle with balanced rotor design minimizes vibration, allowing for higher feed rates and extended tool life.
Space-Efficient Design – Compact footprint with full enclosure maximizes workshop space utilization without compromising work envelope.
Intelligent Process Control – Real-time monitoring of spindle load and axis positioning ensures consistent machining quality.
Flexible Configuration Options – Supports various tooling systems and coolant solutions to adapt to different material processing needs.
Specification
| Machine Type | Unit | VMC850(linear rail) |
| Worktable | ||
| Worktable (length×width) | mm | 1050×500 |
| Maximum load of the table | kg | 650 |
| T-slot (number of slot × slot width × pitch) | mm | 5-18×80 |
| Traversal itinerary | ||
| Travel for X/Y/Z axes | mm | 800/500/800 |
| Distance from spindle nose to table surface | mm | 150-750 |
| Distance from spindle center to column guide surface | mm | 620 |
| Feed system | ||
| CNC system | FANUC-0i MD | |
| Rapid shift of axes X/Y/Z | m/min | 30/30/20 |
| Maximum cutting feed speed | m/min | 12 |
| Automatic tool transform system (CNC milling without) | ||
| Standard tool quantity | bundle | Disc type 24 |
| The largest diameter cutter knife/length | mm | Φ80 Tool/300 |
| Tool changing manner | Air-operated | |
| Average tool exchange time | sec | Disc type: 2.5s |
| Precision | ||
| Positioning accuracy | mm | 0.008 |
| Accuracy of repeated positioning | Mm | 0.005 |
| Spindle system | ||
| Spindle speed | r.p.m | 8000 |
| Spindle specifications (model/installation diameter) | BT40/150 | |
| Drive mode of the spindle | Belt drive | |
| Motor power of the spindle | kw | 11/15 |
| Air pressure | ||
| Requirements for air compressing | Kg/cm² | ≥6 |
| Air pressure flux | m³/min | ≥0.3 |
| Machine specifications | ||
| Integrated weight(kg) | kg | 5000 |
| Overall dimension (weight×width×height) | mm | 2700×2300×2600 |
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