Auto Stacking and Counting Device for aluminum containers
Brand : KONIX
Product origin: Guangzhou, China
Delivery time: 30 Days
Supply capacity: 300 Set/Year
STABLE /EFFICIENT /EASY TO OPERATE
- 1~6 Lanes Available
- Customization to Order
- Leading Automation System
Auto Stacking and Counting Device for aluminum containers
KONIX automated stacking and counting device for aluminum containers could use sensors and computer vision technology to identify and count the containers as they move along a conveyor belt or through a chute. The system could have a mechanism that stacks the containers neatly in predetermined stack sizes. For counting, it could use sensors to detect each container as it passes by and keep track of the count digitally. The device could be programmed to stop stacking once a predetermined count is reached, ensuring accurate batch sizes for packaging and inventory management.
Control system
Setting system: INOVANCE/SIEMENS
Inverter: INOVANCE/MISTUBISHI
Power supply: MEAN WELL
Other electrical parts: Schneider
The Auto Stacking and Counting Device for aluminum containers provides a variety of models to choose from, from one track to six tracks, matching according to the number of cavities of the mold.
- Structure
It adopts aluminum profile frame structure, with beautiful and solid appearance, suitable for the collection of various types and sizes of aluminum foil containers.
- Operation
Through the movable touch system, users can easily set the collection quantity, control the conveyor belt speed, the height of the collection platform, count the collection quantity, etc. By adjusting the precise tools on the collection machine, the container collection size can be easily adjusted
- Electrical
Cooperate with INOVANCE, a leading global provider of industrial automation. Use the complete control system, including display, PLC, inverter and motor, etc. The experience of Auto Stacking and Counting Device for aluminum containers is extremely stable and smooth.
Creating an Auto Stacking and Counting Device for aluminum containers would involve a system that can efficiently pick up trays, stack them neatly, and possibly even count them. The machine could use sensors and robotic arms to identify and stack the trays accurately. Think of a conveyor belt system with robotic arms that can stack the trays in a precise manner one on top of the other. This could greatly increase efficiency in packaging processes for industries that use aluminum foil trays.
