Cobot solution for carton loading key features:

• Compact
• Continuous operations
• No fence system needed
• Mobile, easy to move
• Easy to install and configure – less than a day
• Low noise level

Cobot solution for carton loading specification:
• Average cycle time: 40 s per bundle, 20 s per
interlayer
• Configurations: Left or right hand-side
• Changeover of SKUs or line: Auto recipe
download, location agility
• Pallet height: max. 1.4 m / 1.7 m using a 500
or 800mm actuator
• Customized gripper with vision system and trimming module
• Power supply: 110 VAC / 230 VAC
• Max. 1200 VA
• Pallet space for Euro (800 x 1200 mm),
US (1067 x 1067 mm), UK (1200 x 1000 mm)
• Emergency stop

The company is renowned for its immense experience in integrating cobot solutions into production lines, having deployed over 700 unique robotic applications in various industries. Not only do they emphasize the importance of operator safety, they also ensure that their cobotic cells adhere to ISO TS 15066 standards. This includes a rigorous screening process including third-party testing, ensuring all drafts of the system are safe and secure before implementation. As an example of this commitment to safety, their automated carton loading solution features numerous safeguards to protect operators and maximize productivity.

Palletizing Robotic Cell Key features:
• Dimensions: 1000 x 1300mm
• Weight: 250kg
• Reach: 1300mm
• Load capacity: 10kg
Pallet type:
EU 1, EU 2, EU 6, US 1, US 2, AU 1, ASIA 1
• Box dimension: min 200 x 200mm
• Cycle time: Up to 10 cycles/min
• Max height: 2.25 m
• Inputs and outputs:
2 digital inputs
2 digital outputs
3 security digital inputs
• Ethernet (RJ45)
• Input voltage: 230VAC
• Transportable: With pallet trucks or forklift
• Air: inlet 6 Bar, diameter 10
Palletizing Robotic Cell Standard equipment:
• UR 10 robot
• Telescopic column 900 mm
• Vacuum system
• Palletizing Software

Kuka has recently introduced an innovative depalletizing system that promises to revolutionize the manufacturing industry. The allows to streamline the process of removing goods from a pallet and placing them on a conveyor or other transport mechanism. This advanced system leverages Kuka’s expertise in robotics, allowing manufacturers to automate this tedious and physically demanding task to improve productivity, efficiency and ultimately increase profits. With the use of Kuka’s depalletizing solution, businesses can benefit from a faster throughput, reduced labor costs, and increased accuracy in the placement of goods. The ability to seamlessly integrate the system with other equipment and software makes for a versatile customized solution based on a business’s specific needs.

AUBO COBOT I5 SPECIFICATIONS
Degrees of Freedom: 6 axes
Reach: 924 mm
Payload: 5 Kg
Weight: 24 Kg
Lifetime: 30000 h
Collaborative operation according to ISO 10218-1 :2001
Certification Compliance with EU CE certification, North American
certification, Korean KCs certification
Repeatability: +/- 0.02 mm
Linear Velocity <= 2.8 m/s
Power Consumption: 200 W (under normal working conditions)
Materials: Aluminum, Steel, Plastic
Ambient Humidity: 25% – 85%
Ambient Temperature: 0 – 45° C
IP Classification IP54
Programing Teach pendant with user interface
Communication CAN bus
Motor Type DC 48 V
Installation Orientation Any Ceiling, Floor, Wall

With the Aubo Cobot i5, users can benefit from its automated features that make it stand out from other robots. This cobot comes hand in hand with an easy-to-use guide to teach end users who may not be experienced in robotics. It is also ROS (Robot Operating System) compatible. Addressing safety concerns, this cobot comes with real-time feedback from the motor drives and emergency stop functions with braking distances less than 1mm. Additionally, this robot offers simulation and programming via a touch pendent for load and path testing. Altogether, these features make the Aubo Cobot i5 worth considering as it provides a versatile robotic system for many automation tasks without sacrificing safety or ease of control.

The IRB 6600 robot can bend fully backwards and is therefore adapted for process applications. The working range is greatly extended and the robot fits well into dense production lines.