Product Description
Three Axis Welding Positioner L type robot welding positioner
The shapes of different structural parts of construction machinery are very different, and the displacement requirements during welding are also different.
Therefore, it is very important to select a suitable welding positioner according to the structural characteristics and welding requirements of the welded structural parts.
For example, L-shaped double-rotary welding positioner can be used for welding box-shaped workpieces, or double-seat head-tail double-rotary welding positioner, shaped double-rotary welding positioner, welding excavator arm, road roller frame Double-column single-rotary positioner can be used.
Product Parameters
| No. |
Name |
Specification |
Note |
| 1 |
Device Dimensions |
4500mm*700mm*800mm |
Customized |
| 2 |
Spindle center height |
700 |
Customized |
| 3 |
Equipment rated load capacity |
5000kg |
|
| 4 |
spinning speed |
0.1-2 rpm |
Special-shaped parts can be connected by connecting tooling |
| 5 |
AC Servo Motor |
4KW |
servo motor |
| 6 |
Rotary reducer |
RV450E (Ratio: 171) |
Accuracy 1 arc minute |
| 7 |
Slewing support |
011.30.500 |
|
| 8 |
Base |
Customized&finishing after welding |
|
| 9 |
Electronic control |
PLC control |
Electronic control |
How do welding robots and welding positioners coordinate their movement?
With the continuous innovation and development of welding robot technology, welding robots have been widely used in enterprises by virtue of their advantages such as high production efficiency, low production cost, and stable weldment quality.
The tank pipe or flange welding effec achieves better welding results by coordinating the welding robot, so how does the welding positioner coordinate with the welding robot?
The welding positioner turning table increases the welding accuracy by moving the position of the weldment to the position where the welding torch can weld. For simple weldment welding robots can be completed independently.
For complex weldments, the welding torch riot range of the welding robot will be affected to a certain extent, resulting in unstable welding quality.The welding seam can be better presented by moving and rotating the welding positioner.
1. The coordinated movement of the welding robot and the welding positioner is divided into asynchronous coordination and synchronous coordination. These two coordinated movements have different requirements for welding precision.
2. Asynchronous coordination means that when the welding robot is performing welding work, the welding turning table does not move. After the welding robot completes the work, the welding positioner adjusts to other positions according to the instructions to prepare for the next welding task. This asynchronous Work until all welds are welded.
3. Synchronous coordination means that when the welding robot is working, the turning tables performs synchronous movement according to the instructions, so that the weld seam of the space curve to be welded is placed in a position convenient for welding, so in order to ensure that the accuracy of welding is not affected, Synchronization and coordination have relatively high requirements on orbital precision and motion precision.
4. As an auxiliary equipment for welding robots, automatic turning tilting welding positioners have become indispensable equipment.
Welding positioners help welding robots achieve stable welding, improve welding automation, effectively increase the production speed of welding robots, and bring enterprises greater benefits.
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