The bottle conveying system of high-speed beverage and automatic bottle filling machines operating systems is generally composed of multiple rotating disc parts, and the trajectory that transports the liquid filling machines bottle forms an S-shape. These rotating disc parts come in several lines and various structures, mainly including bottle mouth clamping transmission, bottle mouth and body clamping transmission, and body clamping and bottom support transmission.
Clamping Transmission via Bottle Mouth
Clamping transmission via bottle mouth technology has revolutionized the bottling industry in modern industries, making it more efficient and safer. This technology has become increasingly popular for bottling industries because it helps to grip the bottle neck, which is crucial in holding the bottle in place during the bottling process. Here are some more details about this cutting-edge technology:
How does it work?
Clamping transmission via the bottle mouth technology consists of two main components: a clamp and a disc. The clamp is installed around the disc, holds the bottle along with the disc as it rotates, and releases it once it reaches the intersection. When the clamp reaches the intersection, it opens up, and the clamp on the other disc grips the bottle, continuing to rotate it. The technology is designed so that the clamps will not interfere with each other at the intersection of the two discs. Instead, the clamps work in tandem to hold the bottle neck, making it easy to transfer the bottle from one location to another.
What are the advantages of clamping transmission?
One of the significant advantages of clamping transmission via bottle mouth technology is that it is convenient for replacing the bottle shape because it clamps only the bottle neck and does not have any specific requirements for the bottle body. This makes it ideal for situations that involve a variety of bottle shapes and sizes, especially smaller bottles, like PET bottles. This technology also allows for faster and more efficient bottling processes, making it an essential tool for many bottling companies.
What is the significance of the bottle neck?
The neck of the bottle is crucial to the clamping transmission via the bottle mouth technology. PET bottles generally have a circular support ring on the bottle neck, enabling a convenient attachment point for the clamp. The gap between the support ring and the anti-theft ring is called the anti-theft ring position, which is also part of the neck element. The gap between the support ring and the bottle body is called the bottle neck. The neck’s significance lies in the fact that it’s the only location where the clamps grip onto the bottle.
Efficiency and safety
Clamping transmission via bottle mouth technology has improved overall bottling efficiency improve productivity and safety. This technology ensures that the bottle is clamped and secured in an isolated position, reducing the risks of accidental damage or injury. It also allows for increased automation and more precise positioning, ensuring that each bottle is accurately placed during the bottling process.
To summarize, the use of clamping transmission via bottle mouth technology has transformed the bottling industry, improving its efficiency, productivity and safety. This innovative technology simplifies the bottling process, enabling companies to quickly and effectively manufacture top-notch products. Given the growing demand for this technology, it is evident that clamping transmission via bottle mouth is the future of the bottling industry.
Clamping Transmission via Bottle Mouth and Body
The clamping transmission via the bottle mouth and body is a crucial process in the beverage industry, particularly in the bottling and packaging process. This mechanism ensures that the bottle is held securely in place during the liquid filling machine and packaging process, preventing leakages or spills while providing an efficient transportation method. Here are some more details about this clamping transmission method:
Clamping transmission fill heads determine and via the bottle mouth and body is an essential process that involves the clamping of fill heads via the bottle neck and body through a bottle mouth star wheel, a body star wheel, an upper body clamping plate, a lower body clamping plate, and a support rod.
The bottle mouth star wheel and body star wheel are attached to a rotating disc which rotates in sync with the bottle. The support rod is fixed with the upper and lower body clamping plates, each one placed on either end of the rod. The bottle mouth star wheel has a circular arc groove with a shape corresponding to the bottle neck, while the same product on the body star wheel has a groove that matches the shape of the bottle body.
During the clamping transmission fill process, the bottle is held securely by the bottle mouth star wheel and the upper body clamping plate. At the same time as filling, the same container body star wheel and the lower body clamping plate support the bottle body. The entire mechanism moves along with the bottle, preventing any movement or spillage during the filling process.
This transmission mechanism is relatively simple and more affordable compared to other methods. It provides an easy operation effective way to handle single-shaped bottles with regular bodies, such as PET bottles with uniform shapes.
One of the drawbacks of this clamping transmission mechanism is its limited ability to handle bottles with varying shapes. The need to adjust the parts that correspond to the bottle size makes changing bottle shapes a bit more complicated operation.
The clamping transmission via the bottle mouth and body is a simple operation more suitable for single-shaped bottles with uniform bodies that are easy to clamp. It is an ideal mechanism for PET bottles with different measurements and recognizable shapes.
In conclusion, the clamping transmission bulk fillings via the bottle mouth and body is a crucial process in the beverage industry. It is a simple, affordable, and efficient method of handling single-shaped bottles with uniform bodies, such as PET bottles. While it may have some limitations in handling differently shaped bottles, this transmission method provides an easy operation effective way to ensure that bottles are held securely in place during the filling process, preventing any leakages or spills while maintaining the integrity of the beverage product.
Body Clamping and Bottom Support Transmission
The body clamping and bottom support transmission structure is a highly efficient system for transporting large bottles which are not easy to clamp through the neck. Beverage and food manufacturing industries heavily rely on this structure for the transportation of bottles at different stages of manufacturing demands the production line.
Here are a few specific details and snipped information about the body clamping and bottom support transmission structure:
The machine body clamping and machine bottom support transmission structure provide highly efficient transportation of bottles by securely holding the bottles as they travel along the machine or conveyor belt. The structure is easy to operate and suitable for use in high-speed production lines.
Non-demanding of bottle mouth
Unlike other packaging structures that require the bottle to be clamped from the neck, the body clamping and bottom support transmission structure is non-demanding of the bottle’s mouth. This feature has made it suitable for use in several industries where bottles thin liquids of different shapes and sizes are used. PET bottles and glass bottles are examples of bottles of liquids that can be easily transported using this packaging structure.
Reduced Chances of Bottles Overturning
One of the risk factors in transporting bottles is that they may overturn and break. However, the body clamping and bottom support transmission structure averts this risk by holding the upper and lower parts of the bottle simultaneously. The neck guides the bottle is also supported by the bottom plate, which contributes to its stability during transportation.
Compatibility with Large-Sized Bottles
The body clamping and bottom support transmission structure is highly compatible with large-sized bottles. These bottles cannot be transported using normal conveyor belts since they cannot be clamped through the neck. However, with this structure, large-sized bottles can safely be transported at high-speed to further maximize productivity and production line up rates.
The body clamping and bottom support transmission structure is a transportation system that efficiently moves bottles that cannot be clamped through the neck. It is popular in various industries, including food and beverage companies and manufacturing. This system is simple to operate, does not require special bottles, and can handle large fill bottles easily. It also reduces the risk of bottle breakage and overturning, creating a safer workplace.
Selection of Bottle Conveying System
The choice of bottle conveying system depends on a specific analysis of the bottle being conveyed, taking into account various factors and making an appropriate choice. For aseptic filling machines, the filling environment requires high standards, and the surface of the machine’s various parts must be easy to wash. Therefore, the clamping transmission via the bottle mouth should be the preferred structure for filling machines, as it is simple with small clamp volumes, and does not create obstructions on the surfaces of other machinery, or other parts, which aids in the flow rate the cleaning process.
For aluminum bottle automatic filling machines, aluminum fill bottle surfaces are easily scratched or deformed, which requires adequate protection. Therefore, the body clamping and bottom support transmission structure is preferred as it provides a larger area of support and ensures smooth transmission.
In general, the selection and operation of the bottle conveying system depends on the specific needs of the bottle to which liquid to be conveyed. Factors such as bottle size, shape, and material, as well as the characteristics of the liquid and the filling environment, all play a role in determining the best conveying and filling system.
This article explains the importance of bottle conveying systems in high-speed beverage filling machines. It discusses three different structures that each have their own distinct features, making them suitable for different types of bottles. Choosing the right conveying system can greatly improve efficiency, ensure a smooth, efficient filling machine process, and prevent bottle damage.
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