customized
BESCOMT
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1.Product Introduction
The stamping feeding robot is a device used to realize automatic loading and unloading of materials on the stamping production line. It is usually composed of the robot body, servo motor, guide rail, ball screw, vacuum suction cup and other core components. The robot arm can accurately complete the operations of grabbing, transporting and placing materials through programming control. It is suitable for a variety of stamping equipment, such as punching machines, stretching machines, hydraulic presses, etc.
2.Technical Parameters
3.Product Advantage
High precision and stability: using high-precision servo motors, ball screws, guide rails and other core components, the repeat positioning accuracy can reach ±0.2mm, ensuring the accuracy of feeding.
High efficiency: can achieve fast material handling and high production efficiency.
High degree of automation: can store program information of multiple sets of product stamping actions, convenient for production conversion and adjustment.
Strong durability: core accessories are well-known brands, with long service life and low failure rate.
Reduce labor costs: replace manual work to complete dangerous and repetitive stamping loading and unloading work, reducing manpower requirements.
High flexibility: can achieve a variety of complex actions, such as flipping, stacking, etc., to meet different production needs.
Safe and reliable: equipped with a complete protection mechanism to ensure safe operation.
4.Product Uses
Home appliance sheet metal processing: used for stamping production of home appliance shells such as refrigerators and washing machines.
Hardware and mechanical and electrical shell manufacturing: such as stamping of motor shells, tool shells, etc.
Tableware stretching processing: such as stamping of pots and tableware, etc.
Automotive parts production: such as stamping of auto body parts, engine parts, etc.
Other structural parts processing: such as stamping of building hardware, mechanical parts, etc.
5.Product Video
1.Product Introduction
The stamping feeding robot is a device used to realize automatic loading and unloading of materials on the stamping production line. It is usually composed of the robot body, servo motor, guide rail, ball screw, vacuum suction cup and other core components. The robot arm can accurately complete the operations of grabbing, transporting and placing materials through programming control. It is suitable for a variety of stamping equipment, such as punching machines, stretching machines, hydraulic presses, etc.
2.Technical Parameters
3.Product Advantage
High precision and stability: using high-precision servo motors, ball screws, guide rails and other core components, the repeat positioning accuracy can reach ±0.2mm, ensuring the accuracy of feeding.
High efficiency: can achieve fast material handling and high production efficiency.
High degree of automation: can store program information of multiple sets of product stamping actions, convenient for production conversion and adjustment.
Strong durability: core accessories are well-known brands, with long service life and low failure rate.
Reduce labor costs: replace manual work to complete dangerous and repetitive stamping loading and unloading work, reducing manpower requirements.
High flexibility: can achieve a variety of complex actions, such as flipping, stacking, etc., to meet different production needs.
Safe and reliable: equipped with a complete protection mechanism to ensure safe operation.
4.Product Uses
Home appliance sheet metal processing: used for stamping production of home appliance shells such as refrigerators and washing machines.
Hardware and mechanical and electrical shell manufacturing: such as stamping of motor shells, tool shells, etc.
Tableware stretching processing: such as stamping of pots and tableware, etc.
Automotive parts production: such as stamping of auto body parts, engine parts, etc.
Other structural parts processing: such as stamping of building hardware, mechanical parts, etc.
5.Product Video
ltem | Unit | Parameter | |
Voltage | V | 220V±10%,56/60H | |
Air Source | Mpa | 0.5±0.1 | |
Operating ambient temperature | ℃ | 0-35 | |
Relative humidity of working environment | % | 55-951 | |
Workingstroke | Z | 0-260 | |
R | 0 | ±100 | |
A | mm | 0-500 | |
U | 0 | ±360 | |
S | 0 | ±360 | |
Picking method | electromagnet/sucker/Clasp | ||
Feeding accuracy | mm | ±0.1 | |
Maximum working radius | mm | 1600 | |
Grab weight | kg | ≤5 | |
Total Power | kw | 2 |
ltem | Unit | Parameter | |
Voltage | V | 220V±10%,56/60H | |
Air Source | Mpa | 0.5±0.1 | |
Operating ambient temperature | ℃ | 0-35 | |
Relative humidity of working environment | % | 55-951 | |
Workingstroke | Z | 0-260 | |
R | 0 | ±100 | |
A | mm | 0-500 | |
U | 0 | ±360 | |
S | 0 | ±360 | |
Picking method | electromagnet/sucker/Clasp | ||
Feeding accuracy | mm | ±0.1 | |
Maximum working radius | mm | 1600 | |
Grab weight | kg | ≤5 | |
Total Power | kw | 2 |