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The VMC1580 Precision Vertical Machining Center is a high-performance machine designed for complex mold and aerospace component manufacturing. With a 1500mm X-axis and 800mm Y-axis, it offers unmatched precision and versatility for industries requiring tight tolerances and high surface finishes.
The full-closed loop linear scale system ensures positioning accuracy of ±0.003mm and repeatability of ±0.002mm. The HSK-A63 spindle with 10,000 RPM and 18.5kW power enables high-speed machining of titanium, Inconel, and carbon fiber.
The Meehanite cast iron frame and box guideways provide excellent rigidity for heavy cuts. The double-nut preloaded ball screws and thermal compensation technology maintain consistent accuracy during prolonged operations.
The 24-tool ATC and automatic workpiece probing reduce non-cutting time, while the FANUC 0i-MF control system supports 5-axis for intricate geometries. Optional robot integration enables lights-out production.
Item |
Unit |
VMC-1580 |
X-Axis Travel |
MM |
1500 |
Y-Axis Travel |
MM |
800 |
Z-Axis Travel |
MM |
700 |
Distance from Spindle End Face to Worktable Surface |
MM |
150-850 |
Distance from Spindle Center to Column Protection Surface |
MM |
925 |
Worktable Size |
MM |
1600*800 |
Maximum Load Capacity |
KG |
1600 |
Worktable T-Slot (Number, Size, Spacing) |
MM |
7-18/110 |
Taper Specification |
/ |
BT40 |
Spindle Speed (Optional, Dependent or Control System) |
RPM/MIN |
8000/10000 |
Spindle Motor |
KW |
18.5 |
Three-Axis Motors (X/Y/Z) |
KW |
4/4/4 |
Control System (Optional) |
/ |
SYNTEC/FANUC Oi-TF |
X/Y/Z Axis Rapid Traverse Rate |
M/MIN |
24/24/18 |
Positioning Accuracy |
MM |
JIS±0.008/300 |
Repeatability |
MM |
JIS±0.005/300 |
Tool Magazine Capacity |
T |
24 |
Machine Weight |
T |
10.5 |
Machine Dimensions (L*W*H) |
MM |
4400*3300*3200 |
1. Large-scale mould manufacturing
Processing objects: automotive body panel stamping moulds, large-scale injection moulds (e.g., appliance housings, automotive bumper moulds).
Application value: The worktable can easily accommodate and securely clamp mould steel materials weighing several tonnes, enabling rough and finish machining of cavities. Its robust rigidity ensures high metal removal rates and stable machining accuracy.
2. Heavy-duty machinery and welding components
Processing objects: Mining machinery components, equipment frames, bases, and large-scale welded structural components.
Application value: A single clamping operation can complete milling, drilling, and tapping on all surfaces of large workpieces, ensuring positional accuracy and flatness of all surfaces of large parts, replacing the sequential processing of multiple traditional planing, milling, and drilling machines.
3. New Energy and Rail Transportation
Processing objects: new energy vehicle battery trays, motor bases, rail transportation brake discs, and signal system cabinets.
Application value: Efficiently processes aluminium alloy battery trays to achieve lightweight design; capable of heavy cutting of high-strength cast iron/steel structural components, meeting the industry's stringent requirements for reliability and safety.
4. Aerospace and Shipbuilding
Processing objects: aircraft wing ribs, satellite brackets, and ship diesel engine plate components.
Application value: Processing aluminium alloy and composite material aerospace components to ensure dimensional accuracy of large thin-walled structures; processing medium to large-sized high-strength metal plates in the shipbuilding industry.
Where is the company located?
In Tongling, Anhui Province, which is close to Shanghai and Hangzhou, it only takes about three and a half hours by bullet train to reach there.
Do you have export experience? What documents can you provide?
Yes, our machines have been exported worldwide. We provide invoices, packing lists, certificates of origin, CE certifications, etc.
What materials can this machine process?
It efficiently machines stainless steel (304/316), aluminum (6061/7075), titanium (Grade 5), and engineering plastics (PEEK/POM).
What is your typical delivery time?
Standard machines are usually delivered within 25–30 days. Customized models may vary depending on complexity.