
Manufacturing Milling Machine
TRAVEL
X-axis travel mm 1300
Y axis travel mm 850
Z-axis travel mm 820
Spindle nose to work surface mm 190-950
Spindle center to column guide mm 855
work table
Table Dimensions (L x W) mm 1400*800

manufacturing milling machine mechanical characteristics:
The ultra-large column is stable, high-speed displacement does not vibrate, does not deform, and the rapid feed rate reaches 20M/min. The Z-axis adopts a brake-type servo motor with a counterweight design to improve the driving performance of the Z-axis and achieve surface accuracy when performing 3D processing.
Parts and products machining center machine V1380 features:
1. All three axes adopt ball-type line guides, which have high rigidity, low noise, and low friction characteristics, and can obtain circular accuracy. The rear chip removal design is adopted to effectively save space.
2. All three axes adopt high-rigidity ball-type linear slide rails, which can effectively improve load-bearing and rigidity. Servo motors imported from Japan, high-speed processing and rapid movement shorten the positioning time and improve productivity, especially suitable for the processing of auto parts and IT parts.
The X/Y/Z three-axis adopts high-precision linear slide rails to ensure the positioning accuracy of the machine when it is running at high speed;
The machine tool bed, spindle and other key parts are made of Meehanite cast iron. After 3D dynamic finite element analysis, the stability is good, ensuring stable and reliable high-speed cutting accuracy;
The ball screw of the three-axis transmission adopts Taiwan C3 grade frost mother auxiliary ball screw. The motor end and tail end bearings of the ball screw adopt the special high-speed bearing of imported P4 combination. The three-axis ball screw is pre-stretched, and the performance is excellent. Stable and improve the efficiency of axial power transmission;
Extra wide base, wider and longer saddle. "Herringbone" column design, strong structure, effectively maintain stability and load-bearing capacity during high-speed displacement;
The direct-coupled spindle is directly connected to the tail of the spindle through a rigid coupling driven by a Mitsubishi or FANUC servo motor, which can effectively avoid lateral stress and noise caused by belt connection, as well as deviations in rigid tapping accuracy caused by belt transmission tooth wear. Its maximum speed can reach 12000RPM, which is suitable for both light cutting and medium and heavy cutting, so as to effectively ensure the high efficiency and high precision of processing;
The built-in spindle can effectively eliminate the thermal induction force;
The Manufacturing milling machine three-axis adopts European-style P-level, ball linear guide rails, which can support loads and move quickly to ensure accurate positioning;
The ball screws of the three axes are all equipped with supporting mechanisms to improve the efficiency of axial power transmission.


Machine parameter

Machine parameter
|
|
Parameter |
Unit |
V-1380 |
|
|
● |
TRAVEL |
|
|
|
|
|
X-axis travel |
mm |
1300 |
|
|
|
Y axis travel |
mm |
850 |
|
|
|
Z-axis travel |
mm |
820 |
|
|
|
Spindle nose to work surface |
mm |
190-950 |
|
|
|
Spindle center to column guide |
mm |
855 |
|
|
● |
work table |
|
|
|
|
|
Table Dimensions (L x W) |
mm |
1400*800 |
|
|
|
T-slot (number-size*spacing) |
mm |
7*18X110 |
|
|
|
maximum load |
Kg |
1300 |
|
|
L |
Spindle |
|
|
|
|
|
Spindle speed |
rpm |
10000 |
|
|
|
Spindle motor power |
kw |
11/15 |
|
|
|
Spindle taper hole (model/installation size) |
|
BT40(150) |
|
What is the row position and inclined top of the mold processed by tabletop milling machine cnc
When the side wall of the plastic part has a concave-convex shape, a side hole and a buckle, the lateral core must be pulled out before the mold is opened to eject the plastic part. This mechanism is called the row position. , The outer hole of the plastic part needs to be core-pulled after the mold row. , the inner groove of the plastic part, if the mold is ejected with an inclined ejector, the top opening distance is not enough, and the inner row position must be used.
In addition, using oblique ejection, the ejection mechanism that completes ejection and core pulling at the same time is called inclined ejector. For the parts on the plastic parts that need to pull the core, when the row space is not enough, it can be completed by using the inclined top mechanism. In the inclined ejector mechanism, the inclined ejection distance should be greater than the core-pulling distance ( B > H ) to prevent ejection interference.




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