- Product Details
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Quick Details
-
Useage:
-
soldering
-
Axle:
-
4 axle+ tin solder
-
Control System:
-
Hand-held control system
-
trace (X*Y*Z*R)mm:
-
500*300*100*360°
-
Motor:
-
stepper
-
Voltage:
-
220V AC/50HZ
-
Environment:
-
0~40℃, humidity 20%~95%
-
Air pressure:
-
0.4~0.8MPa, clean and dry
-
Loading weight:
-
6KG
-
Repeat Accuracy:
-
±0.02mm
Quick Details
-
Place of Origin:
-
Guangdong, China
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Brand Name:
-
Sinrad
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Model Number:
-
SR-5331R
-
Useage:
-
soldering
-
Axle:
-
4 axle+ tin solder
-
Control System:
-
Hand-held control system
-
trace (X*Y*Z*R)mm:
-
500*300*100*360°
-
Motor:
-
stepper
-
Voltage:
-
220V AC/50HZ
-
Environment:
-
0~40℃, humidity 20%~95%
-
Air pressure:
-
0.4~0.8MPa, clean and dry
-
Loading weight:
-
6KG
-
Repeat Accuracy:
-
±0.02mm
High speed automatic PCB soldering machine 4-axis Tin soldering robot machine for soldering Disinfection lamp
Model |
SR-331R |
SR-53311R |
SR-5441R |
SR-6331R |
|
A xle |
4 axle+ tin solder |
||||
Effective travel |
X axis |
300MM |
500MM |
400MM |
600MM |
|
Y1 axis |
300MM |
300MM |
400MM |
300MM |
|
Y 2 axis |
/ |
300MM |
400MM |
300MM |
|
Z axis |
100MM |
|||
|
R axis |
360 |
|||
Speed |
X-Y-Z-R |
5-600mm/sec |
|||
Repeat accuracy |
X-Y-Z-R |
±0.0 2 mm |
|||
L oading weight |
6KG |
||||
Control System |
Hand-held control system |
||||
Voltage |
220V AC/50HZ |
||||
Environment |
0~40℃, humidity 20%~95% |
||||
Air pressure |
0.4~0.8MPa, clean and dry |
||||
Motor |
stepper |
1 .C ontains BASIC interpreter, simple programming, direct handle teaching, you can directly enter the welding point coordinates, but also teach welding position, can reproduce the welding position coordinates.
2 . Using multi-axis robots and advanced motion control algorithms for linkage to simulate the action of human hand plus tin, effectively improving the positioning accuracy of the iron head.
3 . The program has built-in multi-dimension soldering method, spot welding and drag welding. All process parameters can be set by the user. It can simulate various difficult and micro soldering processes of human hands.