Table size (L*W): 3x16m
Maximum load: 5T/㎡
project | Main parameters: | |||
Processing range | X-axis travel | mm | 17000 | |
Y-axis travel | mm | 4400 (Working) + 150 (Tool Change) | ||
Z-axis travel | mm | 1250 | ||
The effective width of the gantry | mm | 4100 | ||
The distance from the spindle end face to the work table | mm | 150~1400 | ||
workbench | Effective dimensions of the table | mm | 3000×16000 | |
The workbench is load-bearing | t/㎡ | 5 | ||
T-slot specification (width× spacing) | mm | 28×250 (Y-direction) | ||
Feed drive | Maximum cutting speed X/Y/Z | m/min | 6/6/6 | |
Fast movement speed X/Y/Z | m/min | 10/15/10 | ||
Minimum step equivalent | mm | 0.001 | ||
spindle | Drive mode | Fully geared | ||
Spindle speed | rpm | 10-3500 | ||
Spindle power (S1/S6-40%) | kW | 30/37 | ||
Spindle torque(S1/S6-40%) | Nm | 1860/2300 | ||
Spindle taper and specifications | ISO7:24NO50 | |||
Pull nail form | mm | P50T-2-MAS403 | ||
Ram section | mm | 450×450 | ||
Tool magazine
(Optional) |
Tool magazine capacity | No. | 24 | 40、60 |
Tool magazine form | vertical | Lying upright | ||
hilt | BT50 | |||
Maximum tool diameter (adjacent vacancy) | mm | Φ110/Φ220 | ||
Maximum tool length | mm | 400 | ||
Maximum weight of the tool | Kg | 20 (Stand) / 25 (Stand) | ||
Positioning accuracy
(Executive standard GB/T 17421.2-2000) |
X-axis | mm | 0.080 with grating scale | |
Y-axis | mm | 0.037 (0.030 with grating scale) | ||
Z-axis | mm | 0.020 (0.015 with encoder) | ||
Repeatability accuracy
(Implement the standard GB/T.) 17421.2-2000) |
X-axis | mm | 0.043 with grating scale | |
Y-axis | mm | 0.025 (0.019 with grating scale) | ||
Z-axis | mm | 0.013 (0.010 with scale) | ||
other | Total power supply capacity | kVA | 100 | |
Numerical control system | T | FANUC 0iMF |
Machine use:
LMX-40170 moving column gantry products inherit the advantages of strong rigidity, symmetrical structure and strong stability of the traditional gantry machine tool basic frame, and introduce international advanced design concepts. The workbench is fixed, the gantry frame is moved, and the quality is reasonably distributed by optimizing the reinforcement structure, so that the whole machine has strong rigidity and good dynamic characteristics. It has a variety of processing functions such as milling, boring, drilling (drilling, expanding, reaming), tapping, countersinking, etc., and is suitable for ships, new energy, aerospace, automobiles, construction machinery, packaging, rail transit, hardware and rubber, etc.
Main structure
The machine tool is fixed with a workbench and a moving gantry frame. The whole machine is composed of worktable, bed, carriage, column, beam, saddle, ram, spindle, gearbox, spindle constant temperature cooling system, coordinate axis centralized lubrication system, machine tool pneumatic hydraulic system, Z-axis hydraulic balance system, automatic chip removal device on both sides of the worktable, tool water cooling system, large-capacity water tank, gantry follow-up operation room, and electronic control system and other components.
Definition of each axis:
X-axis: the gantry frame moves forward and backward longitudinally along the guide rail on the bed;
Y-axis: ram and saddle parts move left and right along the guide rail on the beam;
Z-axis: the ram moves vertically up and down along the guide rail on the saddle;
C-axis: Attachment milling head around Z-axis for rotary indexing positioning movement (when optional attachment head)
Standard equipment
serial number | Name | quantity |
1 | Anchor bolts and machine horns | 1 set |
2 | Machine transport protection and fixing brackets | 1 set |
3 | Commonly used repair tools | 1 set |
4 | Communication cables | 5 meters |
Optional equipment
serial number | Device model | Technical parameters |
1 | Universal AC head | 15kW/4000rpm C:2.5° index, A:1° index |
2 | BLUM tool setter | Laser control NT |
3 | Boom-type vertical magazine | 40T Taiwan/BT50 |
4 | Protective cover | ATC side type B |
5 | BLUM workpiece probe | TC60 |
6 | Fully enclosed | W/O Top |
Plsease input value
Plsease input value