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High quality 500ml food salad ketchup bottles for injection molding machines

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  • IBM35

  • Dawson

  • 8477101090

High quality 500ml food salad ketchup bottles for injection molding machines

DESCRIPTION                                                                                                                          

The plastic milk baby feeding bottle injection blow molding machine represents a remarkable feat of engineering in the realm of plastic product manufacturing. This advanced piece of machinery ingeniously combines both the injection molding and blow molding processes within a single, integrated unit. By doing so, it revolutionizes the production of baby feeding bottles, automating the entire journey from the initial injection of plastic material all the way to the creation of the final, ready - to - use bottle.


At its core, the machine is composed of several key components. The injection unit serves as the starting point of the production process. Here, molten plastic, carefully selected for its safety and suitability for baby products, is forcefully injected into a pre - designed mold cavity. This injection process requires precision and control to ensure that the right amount of plastic is used and that it fills the mold evenly. The quality of the plastic used is of utmost importance, as it directly impacts the safety and durability of the final baby feeding bottle. Manufacturers often opt for high - grade, food - grade plastics that are free from harmful chemicals such as BPA (bisphenol A), ensuring the well - being of infants.


Following the injection phase, the semi - formed plastic piece, known as a parison, is transferred to the blow molding unit. In this part of the machine, a controlled blast of compressed air is introduced into the parison. The air pressure causes the parison to expand and conform precisely to the shape of the blow mold. This is where the magic happens, as the basic shape of the baby feeding bottle begins to take form. The blow molding unit is designed to work in harmony with the injection unit, ensuring a seamless transition between the two processes. The molds used in both the injection and blow molding stages are meticulously crafted to achieve the desired shape and features of the baby feeding bottle, such as the curved body for easy gripping by small hands, the threaded neck for attaching nipples and caps securely, and any additional design elements like embossed patterns for decoration or improved grip.


The control system of the plastic milk baby feeding bottle injection blow molding machine is the brain that coordinates and regulates the entire operation. It monitors and adjusts various parameters in real - time, such as the temperature of the plastic during injection, the pressure of the compressed air during blow molding, and the speed at which the different components of the machine operate. This level of control is crucial for maintaining the quality and consistency of the products being produced. For example, if the temperature of the plastic is too low during injection, it may not flow properly into the mold, resulting in an incomplete or defective bottle. On the other hand, if the air pressure during blow molding is too high, it could cause the bottle to burst or have uneven walls. The control system ensures that all these variables are kept within the optimal range, leading to the production of high - quality baby feeding bottles with every cycle.


The advantages of using injection blow molding for baby feeding bottles are numerous and far - reaching. One of the most significant benefits is the precise control over bottle dimensions. In the case of baby feeding bottles, accuracy in size is essential. The bottles need to be of a suitable size for infants to hold comfortably and to fit standard bottle accessories such as nipples and caps. The injection blow molding process allows manufacturers to achieve tight tolerances, ensuring that each bottle is virtually identical in size and shape. This not only enhances the functionality of the bottles but also makes them more aesthetically pleasing.


Another advantage is the ability to achieve a uniform wall thickness. A consistent wall thickness is crucial for the structural integrity of the baby feeding bottle. It ensures that the bottle can withstand the rigors of daily use, including being dropped, squeezed, and washed. Bottles with uneven wall thickness are more likely to develop weak points and may break or leak over time. With injection blow molding, the plastic is evenly distributed during the blow molding process, resulting in a bottle with a uniform wall thickness from top to bottom. This not only improves the durability of the bottle but also contributes to its safety, as there are no thin spots that could potentially cause the bottle to fail.


In addition to precision and uniform wall thickness, the injection blow molding process enables the production of bottles with complex shapes. Baby feeding bottles often feature unique designs, such as contoured bodies to fit the natural grip of an infant's hand or special spouts for easy sipping. The injection blow molding machine can bring these intricate designs to life, allowing manufacturers to create bottles that are both functional and visually appealing. This ability to produce complex shapes also opens up opportunities for innovation in the design of baby feeding bottles, such as incorporating anti - colic features or easy - to - clean designs.


Furthermore, the injection blow molding process offers high production efficiency. The integration of the injection and blow molding processes into a single machine reduces the need for manual intervention and the transfer of semi - finished products between different machines. This streamlines the production process, allowing for a higher number of bottles to be produced in a shorter period. The automated nature of the machine also reduces the risk of human error, resulting in a more consistent product quality. With the increasing demand for baby feeding bottles, especially in the global market, the high production efficiency of the injection blow molding machine makes it an ideal choice for manufacturers looking to meet this demand.


It's important to recognize that the world of plastic milk baby feeding bottle injection blow molding machines is diverse, with a wide range of specific machine models available. Each manufacturer brings its own unique approach to design and features. Some machines may be optimized for high - volume production, with faster cycle times and larger - capacity molds. These are often favored by large - scale manufacturers who need to produce thousands of bottles per day. Other machines may be designed for more specialized applications, such as producing bottles with unique materials or advanced features. For example, some machines may be able to work with biodegradable plastics, catering to the growing demand for eco - friendly baby products.


If you find yourself in search of detailed information on a particular plastic milk baby feeding bottle injection blow molding machine, the best course of action is to consult the manufacturer's documentation. This literature typically includes in - depth technical specifications, operational guidelines, and maintenance instructions. It can provide valuable insights into the machine's performance capabilities, such as the maximum size of the bottles it can produce, the types of plastics it can handle, and the energy consumption requirements. Additionally, reaching out directly to the manufacturer allows for a more personalized interaction. Their technical experts can answer specific questions, offer advice on machine selection based on your production needs, and even provide demonstrations of the machine in action. This direct communication can be invaluable in making an informed decision when investing in an injection blow molding machine for your baby feeding bottle production operations. Whether you are a small - scale start - up in the baby product industry or a large, established manufacturer looking to expand your production capabilities, understanding the nuances of different machine models and working closely with the manufacturer is key to finding the perfect plastic milk baby feeding bottle injection blow molding machine for your business.

Advantage                                                                                                      

IMG_0278

The process of creating plastic bottles, specifically through the hollow blow molding technique, draws inspiration from the age - old glass container blowing process. In this method, an extrusion or injection - molded plastic pre - form, which is in a malleable, relativistic state, is carefully placed within a specially designed blowing mold. Once in position, a precisely calibrated stream of compressed air, delivered at a certain pressure, is introduced into the mold. This air pressure forces the plastic pre - form to expand and conform to the shape of the cavity walls of the blowing mold. As the plastic adheres to the mold walls, it begins to take on the desired shape of the final bottle. After a period of cooling, during which the plastic solidifies and hardens, the mold is carefully opened and dismantled. What remains is a plastic hollow product, an exact replica of the cavity within the mold. This intricate and well - orchestrated process is the hollow blow molding process that has become the cornerstone of modern plastic bottle production, enabling the mass - production of high - quality, durable, and aesthetically pleasing bottles that we encounter in countless aspects of our lives.


Technical Parameter                                                                                            

Model
Item

Unit
Date
Injection system
Screw Diameter
mm
40
45
50
Max. Theoretical injection capacity
G
176
260
314
Heating capacity
KW
7.2
10
10
No. of heating area
Qty
3
3
3
Clamping & blowing system
Clamping force of injection
kn
350
450
650
Clamping force of blowing
kn
40
78
89
Opening stroke of mold platen
mm
120
120
140
Max. Platen size (L×W)
mm
420×340
560×390
740×390
Min. Mold thickness (H)
mm
180
240
280
Heating capacity of mould
KW
2.8
4.0
5.0
Product dimension range
Suitable bottle range
ml
3-800
3-800
5-800
Max. bottle height
mm
≤180
≤200
≤200
Max. Dia. of bottle
mm
≤80
≤80
≤80
Dry cycle
s
4


Hydraulic driving system
Motor power
KW
11/15
18.7/22
17
hydraulic pressure
Mpa
14
14
14
Pneumatic system
Min. Air pressure
Mpa
≥0.8
1.0
1.0
Discharge rate of compressed air
M3/mm
≥0.7
≥0.8
≥0.8
Cooling system
Water flowage
M3/h
3
3
4

Total rated power with mold heating
KW
21/25
34/38
45
Machine information
Dimension
M
3.1×1.2×2.2
3.5×1.4×2.3
4×1.28×2.35
machine weight
Ton
4.0
6.0
7.5

Application                                                                                                           

79f3e999ffa8217482a10dd4b9572730_H070e01d902454fbe8fac01b987570036W


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