GMC1313 New Design Large CNC Double Column Gantry Milling Center

Model: Haitong GMC-1313
Type: CNC double column gantry milling center
Table Size: 1300x1200mm
Travel (X/Y/Z): 1400/1400/600mm
Spindle: BT50, 0-6000 RPM
Max Table Load: 2000 kg
Tool Magazine: 16 capacity (10, 12, 20, 24 optional)
Positioning accuracy: ±0.01mm
Repeatability: ±0.01mm
CNC options: FANUC, KND, Siemens
Spindle motor power: 15 kW
Warranty: 12 months
Features: T-slot table, heavy-duty design, synchronous toothed belt drive

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Technical Parameters

Item
Main Parameter
CNC operating system
 
KND2000MF
Working table size
mm
1300×1200
Left and right stroke(X)
mm
1400
Back and forth stroke(Y)
mm
1400
Up and down stroke (Z)
mm
600
Distance from spindle center to column guide
mm
250
Distance from spindle end to worktable surface
mm
170-1170
T-slot of worktable
(Number/size/spacing)
mm
8-22×120
Spindle taper(model/sleeve diameter)
 
BT50/Φ155
Use pull stud modle
 
P50T-1
Spindle Speed(rpm)
rpm
6000
X axis ball screw specifications
mm
50×16
Y axis ball screw specifications
mm
50×12
Z axis ball screw specifications
mm
50×10
Machine tool positioning accuracy (GB/T
20957.4-2007 standard)
mm
0.01
Repeated positioning accuracy of machine
tools (GB/T 20957.4-2007 standard)
mm
0.01
X/Y/Z axis rapid shift
m/min
10/12/10
Cutting speed
m/min
7
Spindle transmission mode
 
Synchronous toothed belt drive
XYZ axis servo motor transmission mode and transmission ratio
 
X-axis reducer directly connected 4:1;
YZ directly connected transmission Y-axis 1:1,Z-axis 1:1
X,Y axis guide specifications
 
X-axis two 55-gauge heavy-duty roller linear guides;
Y-axis two 55-gauge heavy-duty roller linear guides
Z axis guide specifications
 
Rectangle hard rail
Square Ram Size
mm
420×420
Spindle power
KW
15
Recommended selection of servo motor parameters
N·M
23/18/18
Air source flow
 
>0.5
Power supply requirements
 
380V
Bed cushion height
mm
30
Workbench load bearing
kg
2T
Machine dimensions
mm
3000×2200×1500
Light machine net weight
kg
16t

 

Features

High-Precision Ram & Spindle Assembly

Key features:
● Optimized rectangular ratio copper-containing casting structure
● Incorporates Japan Hamada gears
● 100mm diameter ball bearings
● Long sleeve spindle design (300mm extension)
● Capability for intensive interior cavity repair

Benefits:
● Delivers exceptional precision and silent operation
● Provides superior rigidity and stability during machining
● Enhances overall machining accuracy and surface finish quality
● Enables deep cavity machining and repair operations
● Reduces vibration for improved tool life and part quality
● Supports high-speed and high-load machining processes
● Improves accessibility for complex internal geometries

High-Precision Ram & Spindle Assembly
High-Rigidity Integrated Door Beam Structure

High-Rigidity Integrated Door Beam Structure

Key features:
● “Door” type integrated casting design
● Well-distributed grid rib pattern
● High-quality Mehanna standard cast iron material
● Dual electric furnace aging process
● Dual vibration aging process
● Extended step rail span compared to industry peers

Benefits:
● Ensures long-term dimensional stability and seismic resistance
● Enhances overall machine rigidity and structural integrity
● Improves machining stability and precision
● Reduces vibration and deflection during operation
● Supports heavier loads and larger workpieces
● Contributes to consistent accuracy over the machine’s lifetime
● Enhances the machine’s ability to handle demanding cutting operations

Advanced Integrated Machine Base

Key features:
● Finite element analysis-optimized ship structure design
● Double wall and ribs integrated into one structure
● Larger and more numerous screws and linear rails compared to industry peers
● Integrated oil-water separation system
● Built-in chip evacuation structure

Benefits:
● Provides exceptional stability and seismic resistance for heavy-duty operations
● Enhances overall machine rigidity and structural integrity
● Improves machining accuracy and precision
● Supports heavier loads and larger workpieces
● Reduces vibration and deflection during operation
● Ensures environmentally friendly operation through efficient oil-water separation
● Streamlines chip management, improving cleanliness and efficiency
● Contributes to cost savings through integrated design and efficient resource management

Base

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