Activated Carbon Packing Robot
Advantages of Activated Carbon Packing Robot:
1,Increased Efficiency: Activated Carbon Packing Robot's automation capabilities allow for increased efficiency in the activated carbon packing process. The robot's high-speed performance and constant motion enable it to complete tasks in a shorter time frame than manual labor, leading to increased productivity and output.
2,Improved Accuracy and Precision: Activated Carbon Packing Robot's automated technology ensures consistent and precise results in activated carbon packing. The robot's advanced sensors and programming allow for accurate measurements and positioning, minimizing errors and reducing waste.
3,Enhanced Safety: Activated Carbon Packing Robot's automation capabilities reduce the need for human operators in the activated carbon packing process, promoting a safer work environment. The robot's sensors can detect potential hazards and stop operations to prevent accidents, reducing the potential for workplace injuries.
Activated Carbon Packing Robot:
Activated Carbon Packing Robot is a prime example of the many benefits of robotics technology in modern manufacturing processes. The advanced automation capabilities of this robot allow for increased efficiency and precision in activated carbon packing, leading to optimal productivity and output.
This technology is just one of many examples of industrial automation and robotics being used to streamline manufacturing processes and optimize production. Autonomous mining robots, for instance, are increasingly being used by mining companies to boost efficiency and safety in their operations.
Industrial automation and robotics offer several advantages for companies seeking to improve their manufacturing processes. These technologies can enhance precision, increase productivity, and reduce waste, ultimately leading to reduced operational costs and increased profitability.
In summary, Activated Carbon Packing Robot, alongside other innovative examples of robotics technology like autonomous mining robots, highlights the impact and potential that industrial automation and robotics have on manufacturing processes. The application of these technologies can revolutionize mining, manufacturing and many other industries, making them a crucial component of modern-day businesses.
PARAMETERS:
Model | DS-R6-08 | DS-R6-10 | DS-R6-20 | DS-R6-50 | DS-R6-165 | |
DOF | 6 | |||||
Driving Mode | AC Servo Driving | |||||
Effective Load | 8KG | 10KG | 20KG | 50KG | 165KG | |
RepeatAccuracy | ±0.05mm | |||||
Working radius | 1400mm | 1589mm | 1595mm | 1950mm | 2483mm | |
Weight | 180KG | 180KG | 290KG | 600KG | 1300KG | |
Motion | J1 | ±170 | ±170 | ±170 | ±180 | ±180 |
J2 | ±120~-85 | ±120~-80 | ±132~-95 | ±130~-90 | ±80~60 | |
J3 | ±85~-165 | ±85~-165 | ±73~-163 | ±75~-210 | ±80~-190 | |
J4 | ±180 | ±180 | ±180 | ±360 | ±360 | |
J5 | ±135 | ±135 | ±133 | ±115 | ±115 | |
J6 | ±360 | ±360 | ±360 | ±360 | ±360 | |
Max Speed(°/s) | J1 | 130 | 130 | 147 | 158 | 100 |
J2 | 130 | 130 | 100 | 149 | 90 | |
J3 | 130 | 130 | 135 | 130 | 104 | |
J4 | 270 | 270 | 300 | 215 | 144 | |
J5 | 170 | 170 | 198 | 251 | 160 | |
J6 | 455 | 455 | 194 | 365 | 215 | |
Power | 4KVA | 4KVA | 6KVA | 14KVA | 31KVA | |
Voltage | 380V or 220V | |||||
Frequency | 50Hz or 60Hz |
DIMENSIONAL DRAWINGS:
ROBOT CONTROLSYSTEM:
APPLICATIONS:
1,It can be used for the automation of carbon packing in water filtration systems for households or commercial use, ensuring consistent and efficient packing of activated carbon into the filters.
2,It can be utilized in the manufacturing of air filtration systems or industrial exhaust systems, automating the process of packing activated carbon into filter cartridges or canisters, ensuring accuracy and speed.
3,It can be used in the chemical industry for the automation of activated carbon packing into different types of vessels or equipment, such as adsorption vessels or distillation columns, improving efficiency and reducing human error.
FEATURES:
1,High efficiency: The activated carbon packing robot can work continuously 24/7 and can complete the packing process in a shorter time compared to manual packing, achieving higher efficiency and productivity.
2,Consistent quality: The robot's accuracy and precision ensure consistent packing density and uniformity, avoiding issues such as air pockets or uneven packing density that may occur in manual packing processes.
3,Improved safety: Activated carbon is a dusty and potentially hazardous material, and the use of the robot can minimize the exposure of workers to the material, reducing health risks and improving safety in the workplace.
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