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Vertical CNC Mill Machine Features
Vertical Machining, also known as milling, relies on rotary cutters to remove metal from a workpiece. every machine has automatic tool changers and state-of-the-art CNC control technology. From portal milling machines with large traverse paths to compact machines with small space requirements. The vertical machining center has existed for many years and remains an integral part of modern CNC technology. The CNC vertical machining centers are effective for machining different industrial parts. These machines are versatile and efficient. They remove layers of material from a substrate to produce the desired part with various features.
Versatility and Efficiency in Machining:
- Vertical machining centers' capability to machine diverse materials-such as metals, plastics, and composites-further underscores their versatility. They can produce complex features like pockets, slots, threads, and chamfers with high repeatability, which is invaluable in industrial manufacturing. Additionally, features like high spindle speeds, rigid frames, and advanced control systems allow these machines to perform both heavy-duty and high-speed machining with minimal downtime.
- The CNC control technology enables automated tool changes, error detection, and real-time adjustments, which maximizes production speed and consistency while reducing manual intervention. This automation improves not only the efficiency of each individual machine but also the overall productivity of manufacturing operations.
Vertical Frame Machine Structural Characteristics

1. The three-axis system utilizes Japanese THK Φ40-C3 precision screws, and the three-axis is equipped with original NSK bearings (3062). It operates in a 3+2 configuration with pre-tensioning treatment to counteract thermal displacement.
2. The BBT40 spindle has an outer diameter of 150mm, offers high rigidity, and can rotate at 10,000rpm with a short nose. It features 5 bearings, standard spindle coolant nozzles, and an optional HSK-63 electric spindle is available.
3. The worktable measures 1020mm by 570mm.
4. The three-axis travel dimensions are X: 900mm, Y: 570mm, Z: 680mm. There is a reserved installation position for Optical Linear Scales, which can be equipped with a hollow, oil-cooled ballscrew.
5. The machine can be fitted with Optical Linear Scales, with options for Heidenhain or Fagor scales, ensuring a positioning accuracy of ±5um.
6. It is installed with Japanese THK or German Rexroth linear guideways, with the guideway width reaching up to 45mm.
7. The column features a double-layer arm structure for enhanced rigidity.
8. The standard air counterbalance system ensures more stable processing.
Vertical Machining Centers Parameter
|
Model |
GMV-800 |
||
|
Subject |
Specifications |
Units |
|
|
Travel |
X/Y/Zaxis |
mm |
850/450/550 |
|
Spindle Nose to Worktable |
mm |
150-700 |
|
|
Spindle Center to Column |
mm |
520 |
|
|
Three-Axis Guideway |
/ |
Roller Linear Guideway |
|
|
Worktable |
Worktable Size (L*W) |
mm |
1000x450 |
|
Maximum Table Load |
kg |
600 |
|
|
T-Slot |
mm |
3-14x125 |
|
|
Spindle |
Spindle taper |
type |
BBT-40 |
|
Spindle speed |
rpm |
10000 |
|
|
Spindle Drive Type |
/ |
Belt |
|
|
Feedrate |
Rapid Traverse(X/Y/Z) |
m/min |
48/48/48 |
|
Cutting Feedrate(X/Y/Z) |
m/min |
10 |
|
|
Tool Changer |
Automatic Tool Changer |
/ |
ARM Type |
|
Type of Tool Shank |
type |
BT-40 |
|
|
Tool Storage Capacity |
Piece |
24 |
|
|
Max. Tool Diameter (Adjacent) |
mm |
80 |
|
|
Max. Tool Diameter (Empty) |
mm |
120 |
|
|
Max. Tool Length |
mm |
300 |
|
|
Max. Tool Weight |
kg |
7 |
|
|
Tool Change Time |
sec |
1.4 |
|
|
Motor |
Spindle Motor |
kw |
7.5/11 |
|
Three-Axis Seixo Motor |
kw |
2.0/2.0/3.0 |
|
|
Accuracy |
Accuracy |
mm |
±0.005 |
|
Repeatability |
mm |
±0.003 |
|
|
Power Required |
Power Requirement |
kva |
20 |
|
Air Pressure Requirement |
kg/cm² |
6^8 |
|
|
Others |
External Dimensions (L*W*H) |
mm |
2300x2850x2750 |
|
Gross Weight |
t |
5 |
|
Standard Accessories
|
Safety Door |
Rigid Tapping |
Dual LED Work Light |
Spindle Nose Air Blow |
|
Automatic Lubricating System |
Heat Exchange for Electric Cabinet |
LED 3 Color Warning Light |
Leveling Bolts and Pads |
|
Fully Enclosure Guard |
Spindle Coolant Nozzles |
Coolant Tank & Chip Tray |
M30 Auto Off |
|
Air Gun |
Coolant Gun |
Tool Box |
Maintenance and Operational Manual |
Options
|
Optical Linear Scale |
Coolant Gun |
Oil Mist Collector |
12000rpm DDS Spindle |
|
CTS |
Tool Breakage System |
Oil Skimmer |
15000rpm DDS Spindle |
|
Workpiece & Tool Probe |
Chip Conveyor System |
Rotary Table |
HSK-63-18000 Built-In Moto |
Application
Vertical machining centers are proficient in manufacturing a wide range of parts
Engine and Transmission Components
These machines are widely used in the automotive and aerospace industries to produce critical components such as cylinder heads, engine blocks, crankcases, and transmission housings. The precision of CNC vertical machining ensures accurate tolerances and surface finishes, vital for these complex, high-performance parts.
Precision Mold and Die Components
Vertical machining centers excel in creating intricate molds and dies, which are crucial in industries like plastics, casting, and metal forming. From injection mold cavities to stamping dies, these machines produce high-precision molds with detailed features, enabling mass production of consumer products, automotive parts, and electronics.
Medical Devices and Implants
In the medical field, vertical machining centers are employed to produce precise parts such as surgical instruments, orthopedic implants, dental implants, and components for imaging equipment. The high degree of accuracy and surface finish attainable on CNC vertical machines makes them ideal for these life-critical applications.
Aerospace Components
The aerospace industry relies heavily on vertical machining centers to produce lightweight, high-strength components from metals like titanium, aluminum, and specialty alloys. Parts like brackets, turbine blades, and landing gear components are manufactured with precision, meeting stringent industry standards for safety and performance.
Electronic Enclosures and Housings
Vertical machining centers are used in the electronics industry to produce housings and enclosures for circuit boards, connectors, and other components. These machines provide the necessary precision to machine complex geometries, creating features like grooves and slots for cable management or airflow.
Tooling Components
From jigs and fixtures to specialized cutting tools, vertical machining centers are used to produce tooling required in various manufacturing processes. Customizable and capable of complex cutting operations, these machines can produce specialized tools for other CNC machines, enhancing productivity across production lines.
FAQ
Ready to Elevate Your Precision Machining Capabilities?
The GMV-800 Vertical Machining CNC Mill Machine combines advanced technology and robust design to meet your production needs efficiently and accurately.
Contact us today for personalized assistance, detailed specifications, or to request a quote. Our team is ready to help you maximize your productivity and precision-reach out now!
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