Product Description
The equipment features a hopper, lifting mechanism, conveyor, and an integrated design for identifying both upright and inverted bottles, thereby saving space. It is primarily designed for sorting various standard bottle types with significant capacity differences, and some mechanisms are adjustable in width to accommodate a wide range of bottle shapes.
The equipment employs a lifting method to arrange the bottles in a single row for high-speed output. The touchscreen control system facilitates easy modification of equipment parameters.
Internal electrical control; actual factory photos:
1. Scope of Application and Compatible Bottle Sizes:
1.1: The fully automatic bottle sorting machine is a patented product developed by our company. This product is widely applicable in the cosmetics, beverage, pharmaceutical, condiment, juice, and dairy industries for multifunctional automatic bottle sorting.
Machines can be customized based on bottle types provided by the customer.
Note: The above refers to the standard model; special bottle types require prior consultation.
Advantages of the Equipment:
Featuring advanced functionality, simple operation, and a compact structure, the entire machine utilizes a mature PLC control system, ensuring stable and high-speed operation.
The operating system uses button control, making it user-friendly, practical, and efficient.
The machine body is constructed from stainless steel to ensure that the bottles remain clean and uncontaminated.
Equipped with low-voltage electrical components, the machine offers stable performance and an extremely low failure rate.
It is smaller in size and faster compared to traditional bottle sorting machines.
With a wide range of applications, this machine serves multiple purposes and demonstrates strong adaptability!
Wiring connections are straightforward, bottles are directly linked to the conveyor after sorting.
3. Brief Description of the Bottle Sorting Machine:
This machine is designed for organizing unordered bottles. Disorganized bottles are transported from the large hopper to the small hopper via a grid conveyor belt. An elevating plate then neatly lifts the bottles onto the small conveyor belt, which further transports them to the identification and turning position. A signal sensor identifies the bottles, which are subsequently placed in the required position by a turning robotic arm, entering the next process. The entire operation of this machine is controlled by PLC programming, ensuring a low failure rate and high reliability.
4. Work Process:
First, manually pour the bottles into the large hopper.
The conveyor belt of the large hopper transports the bottles to the sorting chamber of the bottle sorting machine (small hopper).
The bottles enter the sorting chamber of the bottle sorting machine (small hopper) for organization.
Finally, they are placed in the designated position by the robotic arm, entering the next process.
Product Parameters
| Serial Number |
Model |
ZLP1000 |
| 1 |
Main Unit Dimensions |
Length: 2.3 meters, Width: 1.5 meters, Height: 1.5 meters |
| 2 |
Production Speed |
Customized to 30-100 units per minute |
| 3 |
Air Source Pressure |
Air Source: Optional, Pressure: 0.4 MPa |
| 4 |
Applicable Bottle Types |
Specific to the bottles provided by the customer. |
| 5 |
Main Unit Power Rating |
1KW, 220V Voltage, 50Hz Frequency |
Company Profile
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