High-Precision Articulated Robotics
Advantages of High-Precision Articulated Robotics:
1,Exceptional precision: High-Precision Articulated Robotics are built with precision in mind. Their dynamic articulated joints enable precise movements and positioning, allowing them to perform tasks with a high degree of accuracy and repeatability.
2,Increased productivity: These robots are designed to maximize productivity. They can perform tasks at high speeds with consistent precision, resulting in faster cycle times and increased overall production efficiency. By automating repetitive tasks, they free up human workers to focus on more complex or value-added activities.
3,Enhanced safety: High-Precision Articulated Robotics are equipped with advanced safety features to ensure a safe working environment. Collision detection sensors and protective barriers help prevent accidents and minimize risks for both human operators and the robots themselves.
High-Precision Articulated Robotics:
High-Precision Articulated Robotics play a critical role in Industrial Robotics Systems and Industrial Automation in IoT. They are particularly valuable in Packaging Automation Solutions, where their precision and efficiency optimize packaging processes. These robots enable accurate and consistent handling of products, enhancing productivity and ensuring high-quality packaging. As part of Industrial Automation in IoT, they seamlessly integrate with interconnected devices, allowing for real-time monitoring and control. In the packaging industry, High-Precision Articulated Robotics bring automation and precision to packaging operations, streamlining production lines and improving overall efficiency.
PARAMETERS:
SPECIFICATIONS FOR ROBOT PALLETIZER | ||||
Robot arm | Japanese Brand Robot | Fanuc | Kawasaki | |
German Brand Robot | KUKA | |||
Switzerland Brand | ||||
Main Performance | Speed Capacity | 8s per cycle | Adjust according to products and arrangement | |
Weight | About 8000kg | |||
Applicable Product | Cartons, cases,bags, | Containers,bottles,cans,buckets etc | ||
Power and Air | Compressed Air | 7bar | ||
Electric Power | 17-25 Kw | |||
Voltage | 380v | 3 Phases | ||
PLC | Siemens | |||
Frequency Converter | Danfoss | |||
Photoelectric Sensor | SICK | |||
Servo Motor | Panasonic | |||
Pneumatic Component | SMC | |||
Low-voltage Apparatus | Schneider | |||
Touch Screen | Schneider/Siemens | |||
Driving Motor | SEW |
DIMENSIONAL DRAWINGS:
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FEATURES:
1,Exceptional precision and accuracy: High-Precision Articulated Robotics are designed to perform tasks with a high degree of precision and accuracy. Their articulated joints allow for precise movements and positioning, ensuring consistent and reliable performance.
2,Flexibility and adaptability: These robots can be programmed and configured to handle a wide range of tasks and applications. The versatility of High-Precision Articulated Robotics allows them to perform complex movements and handle various tools or payloads, making them suitable for diverse industrial processes.
3,Collaborative capabilities: High-Precision Articulated Robotics can work alongside human operators in a collaborative manner. They can be programmed to operate in close proximity to workers safely, enhancing productivity and efficiency while ensuring the safety of the human-robot collaboration.
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