· The robot automatically switches different grasping programs according to the setting of the program and received signals of different production lines.
· Configure the visual system to automatically complete the identification and positioning of the packaging material.
· The whole system unit is centrally controlled by the system control cabinet.
· Applied in the flexible packaging system, with the characteristics of multiple varieties of compatibility.
· Easy operation, reliable performance, small area, suitable for applications in many fields and environmental applications
| Capacity | 24 cartons/min |
| Tapping | Packing tape |
| Applies to | Bottles,cans,boxes,bags |
| Box size | (L)250-550*(W)180-400*(H)130-300 |
| Equipment size | L11000*W1800*H2600mm |
| Voltage | 380V,3 phase,50Hz |
| Power | 45KW |
| Air Consumption | 1500L/Min 6~8kg/cm2 |
In today's fast-paced production environments, picking and packing operations demand a lot from human operators, including uninterrupted speed, reliability, inspection, sorting, accuracy and dexterity. Whether robots are picking and packing primary or secondary products, they can complete these tasks consistently at high speed without the need for breaks. picking and packing robots are built with maximum repeatability, making pick and place automation better than ever before through the use of robots made exactly for packaging operations.
When making a selection to pick a product, humans instinctively select which option is closest and easiest to reach, then re-orients them the best way for easy picking and fast results.pick and pack robots can be linked to either single or multiple 2D cameras or 3D sensors, while state-of-the-art robotic vision systems enable robots to identify, sort and select random objects on a conveyor according to location, color, shape or size.Robotic visual line tracking technology provides multiple pick and place robots with human-like eye-hand coordination skills, enabling them to measure, robotically sort and pick loose parts on a moving conveyor using an integrated robot vision system.