Automatic 8-Cavity PET Bottle Blowing Machine | 15,000 BPH Rotary Stretch Blow Molding Machine

Neck Diameter(mm)	38 mm
Max.Bottle Diameter(mm)	72 mm

Plastic Processed	PET
Condition	New
Application	Bottle
Place of Origin	Taizhou
Weight (KG)	7500 KG
Automation	Automatic
Warranty	1.5 years
Key Selling Points	Competitive Price
Applicable Industries	Food & Beverage Factory
Machinery Test Report	Provided
Video outgoing-inspection	Provided
Warranty of core components	1 Year
Core Components	Bearing, Motor, Pump, Gear, PLC, Engine
Max.Bottle Height(mm)	260 mm
Bottle Volume(ml)	600 ml
Brand Name	BaoJi
Year	2024
Voltage	380v 50hz or 60hz
Dimension(L*W*H)	5400 *2100 *2100
Hollow part volume	23.8cbm
High Pressure Valve Brand	SMC
Clamping Force (kN)	50
Rotary Cylinder Brand	SMC
PLC Brand	XINJIE
Power (kW)	240kw
Showroom Location	Peru, Saudi Arabia, Thailand, Pakistan, Viet Nam, Germany, Philippines, Chile, Uzbekistan, Nigeria, Australia, Tajikistan, Bangladesh, South Africa
Product name	8cavity pet blowing machine
Suitable bottle	max 600ml
Machine type	Stretch Bottle Blowing
Capacity	15000-16000bph
Material	PET Bottle Preform
Use	Water Bottle Making
Delivery time	Within 30 Working Days
Keywords	Use 6 servo motor
PLC	XINJIE ,JAPAN
Air cylinder	SMC

Packaging Details	bag package or wooden case
Port	NingBo & ShangHai

Supply Ability

20 Set/Sets per Month

Quantity (sets)	1 – 1	> 1
Lead time (days)	20	To be negotiated

High-Speed 8 Cavity PET Bottle Blowing Machine for Efficient Production

The 8 cavity PET bottle blowing machine is a high-speed PET bottle production solution designed for manufacturers that need efficient and consistent bottle production. With an automatic configuration, rotary production system, eight cavities, and a stated production capacity of up to 15,000 bottles per hour, this machine is designed for businesses producing PET containers for water, beverages, food products, cosmetics, household liquids, and other packaging applications.

PET bottle manufacturers often need equipment that can combine production efficiency, automation, consistent operation, and flexibility. This automatic PET bottle blowing machine is designed around those requirements. By automating important stages of the bottle production process, it can reduce repetitive manual intervention and help manufacturers create a more organized production workflow.

The machine uses PET preforms that are heated and formed inside molds through stretching and controlled air pressure. The selected mold determines the final bottle shape and dimensions, allowing manufacturers to configure the production system according to their specific bottle requirements.

For businesses looking to increase PET bottle production capacity, the 8 cavity PET bottle blowing machine provides a practical high-speed manufacturing solution.

Automatic PET Bottle Production

Automation is one of the most important features of a modern PET bottle manufacturing system. The automatic configuration allows repetitive production operations to be coordinated with limited manual intervention.

Instead of requiring operators to manually perform every stage of the bottle-making process, automated equipment can help streamline production and allow personnel to concentrate on machine monitoring, quality control, material preparation, maintenance, and other essential factory operations.

For manufacturers with high production requirements, automation can also help create a more consistent production cycle. Once the machine is correctly configured for the selected bottle, preform, and mold specifications, repetitive operations can be performed according to the programmed production settings.

This can be particularly useful for water and beverage manufacturers where large quantities of PET bottles may be required during continuous production.

8-Cavity Rotary PET Bottle Blowing System

The eight-cavity configuration is an important feature of this machine. A multi-cavity molding system allows multiple bottles to be formed during a production cycle, supporting higher production output than a single-cavity configuration.

The rotary design is intended for continuous and efficient bottle production. By combining rotary operation with eight cavities, the machine is positioned as a high-speed option for manufacturers with substantial PET bottle requirements.

The actual production output depends on factors such as bottle volume, preform specifications, bottle design, heating conditions, mold configuration, operating parameters, and machine setup.

Therefore, the stated 15,000 bottles per hour capacity should be considered according to the manufacturer’s specified production conditions and confirmed for the intended bottle specification before purchase.

15,000 BPH PET Bottle Production Capacity

Production capacity is one of the most important factors when selecting a PET bottle blowing machine.

This machine is specified with a production capacity of approximately 15,000 bottles per hour, making it suitable for manufacturers that require high-volume PET container production.

A production capacity of this level can be valuable for businesses supplying bottles for large-scale water, beverage, food, cosmetic, and other liquid packaging operations.

However, production capacity should always be evaluated together with bottle size, bottle weight, preform type, mold configuration, heating requirements, and other machine parameters.

For example, different bottle designs may require different heating and blowing conditions. Therefore, manufacturers should request production testing or detailed capacity information for their specific bottle design before making a purchasing decision.

PET Stretch Blow Molding Technology

The machine uses PET stretch blow molding technology to transform PET preforms into finished bottles.

During the process, PET preforms are heated and then formed inside the selected mold through stretching and controlled air pressure. The mold determines the external shape and dimensions of the finished container.

PET stretch blow molding can be used to manufacture a wide variety of lightweight PET containers. By selecting suitable preforms and molds, manufacturers can produce bottles for different applications and markets.

The general process includes:

1. Preparing suitable PET preforms.
2. Heating the preforms to the required processing condition.
3. Positioning the heated preforms for molding.
4. Stretching and blowing the preforms inside the molds.
5. Forming the final PET bottle.
6. Removing and inspecting the finished bottles.

The exact production sequence and operating parameters depend on the machine configuration and supplier specifications.

Efficient High-Speed PET Bottle Manufacturing

For high-volume manufacturers, production efficiency directly affects factory productivity. An automatic PET bottle blowing machine can help reduce repetitive manual operations and provide a more organized manufacturing workflow.

The eight-cavity configuration is designed to support multiple bottles during each production cycle. Combined with rotary operation, this can help the machine achieve high production throughput when operated under suitable conditions.

Manufacturers can use the automated system to focus personnel on areas such as:

• Production monitoring
• Bottle quality inspection
• Preform preparation
• Mold management
• Material handling
• Machine maintenance
• Production planning

Reducing unnecessary manual operations can help businesses make more efficient use of their workforce.

For factories with growing bottle requirements, high-speed production equipment can also help support larger production schedules without requiring a proportional increase in manual production tasks.

Consistent PET Bottle Quality

Consistency is essential in PET bottle manufacturing. Finished bottles need to maintain their intended dimensions, shape, appearance, and structural characteristics according to the selected bottle design.

The stretch blow molding process provides controlled forming of PET preforms inside the mold. Proper heating, stretching, and blowing conditions are important for achieving consistent bottle formation.

The machine’s automatic production system can help maintain repeatable operating conditions once the appropriate parameters have been configured.

However, bottle quality depends on more than the machine itself. Factors such as PET preform quality, preform weight, mold design, heating settings, blowing pressure, machine maintenance, and operating conditions can all influence the final product.

Manufacturers should therefore ensure that the machine is correctly configured for their particular bottle specifications.

Suitable for Water and Beverage Bottles

The 8 cavity PET bottle blowing machine can be considered for high-volume production of bottles used in water and beverage packaging.

PET bottles are widely used for drinking water, mineral water, carbonated beverages, juices, edible products, and other liquid applications.

A high-speed machine can be particularly useful for businesses that need to produce large quantities of containers for filling and packaging operations.

The final bottle application depends on the selected PET material, preform specifications, mold design, bottle volume, neck finish, and other production requirements.

For water bottling businesses, the machine can form part of a larger production system that includes PET preform handling, bottle blowing, filling, capping, labeling, packaging, and distribution.

Flexible Applications Across Multiple Industries

PET containers are used across a wide range of industries because they can be produced in different shapes, sizes, and designs.

This automatic PET bottle making machine can be considered for applications such as:

• Drinking water bottle production
• Mineral water bottle manufacturing
• Beverage bottle production
• Food packaging
• Juice bottle production
• Cosmetic packaging
• Personal-care products
• Household liquid containers
• Cleaning product packaging
• Other PET container applications

The appropriate application depends on the bottle specifications and production configuration.

Manufacturers producing different container designs can select suitable preforms and molds according to their product requirements. This can provide greater flexibility when serving different customers or markets.

Automatic Operation for Reduced Manual Work

One of the practical advantages of an automatic PET bottle blowing system is the reduction of repetitive manual work.

After the appropriate machine parameters are configured, automated production functions can help coordinate the bottle-forming process. Operators can then focus on supervising the machine and maintaining production quality.

This can be especially useful in high-volume manufacturing environments where repetitive manual operations can consume significant labor resources.

Automation may also help create a more organized factory workflow. Instead of assigning workers to each individual production step, personnel can be allocated to machine supervision, inspection, material preparation, maintenance, and production management.

Proper operator training remains essential. Manufacturers should always follow the supplier’s instructions for machine operation, maintenance, safety, and production setup.

High-Speed PET Machine for Growing Manufacturers

Growing PET bottle manufacturers need equipment that can support increasing production requirements. A high-speed PET bottle making machine can provide a way to expand production capacity while maintaining a more automated workflow.

For startups entering large-volume PET bottle production, the machine can be considered as part of a new manufacturing line. For established businesses, it can be used to expand production capacity or support additional bottle production requirements.

The decision should be based on the company’s expected production volume, bottle specifications, factory utilities, available space, labor requirements, and long-term expansion plans.

A machine with high production capacity is most valuable when its output matches the actual requirements of the production line. Therefore, manufacturers should evaluate the entire production process rather than considering machine speed alone.

Practical Solution for PET Bottle Manufacturers

Selecting a PET bottle blowing machine requires more than comparing production capacity. Manufacturers should consider automation, cavity configuration, bottle specifications, energy requirements, maintenance, mold compatibility, and overall production workflow.

The 8 cavity PET bottle blowing machine combines several features designed for high-volume PET bottle manufacturing:

8-Cavity Production

The eight-cavity configuration supports multiple bottle-forming operations during the production cycle and is designed for high-volume manufacturing.

Automatic Operation

Automation can reduce repetitive manual intervention and help create a more streamlined bottle production process.

Rotary Production System

The rotary configuration is designed for efficient continuous production and supports the machine’s high-output application.

15,000 BPH Capacity

The machine is specified for production of up to approximately 15,000 bottles per hour under suitable operating conditions.

PET Stretch Blow Molding

The stretch blow molding process allows PET preforms to be formed into finished bottles according to the selected mold design.

Multiple Packaging Applications

The machine can be considered for water, beverages, food, cosmetics, household liquids, and other PET container applications.

What to Confirm Before Purchasing

Before purchasing an automatic PET bottle blowing machine, manufacturers should confirm the machine specifications against their actual production requirements.

Important information to discuss with the supplier includes:

• Number of cavities
• Bottle volume
• Bottle dimensions
• Bottle design
• Bottle neck size
• PET preform specifications
• Preform weight
• Mold configuration
• Production capacity
• Heating system specifications
• Blowing pressure requirements
• Air consumption
• Electrical power requirements
• Machine dimensions
• Factory installation requirements
• Automation and control system
• Maintenance requirements
• Spare parts availability
• Warranty and after-sales support

The stated 15,000 BPH capacity should also be confirmed for the exact bottle specification that the manufacturer plans to produce.

This is important because actual output can vary according to bottle size, preform weight, mold configuration, operating conditions, and other technical factors.

A High-Output PET Bottle Manufacturing Solution

For businesses requiring large quantities of PET containers, production speed and automation can have a significant effect on manufacturing efficiency.

The 8 cavity PET bottle blowing machine is designed for high-volume PET bottle production, combining an automatic operating system with an eight-cavity rotary configuration and a stated output of up to 15,000 bottles per hour.

This combination can make the machine suitable for manufacturers that require higher production capacity for water, beverages, and other liquid packaging applications.

At the same time, businesses should evaluate the complete production line, including preform supply, compressed air, electrical requirements, molds, bottle inspection, filling equipment, packaging systems, and factory infrastructure.

A well-planned production system can help manufacturers get better value from their PET bottle manufacturing equipment.

Conclusion

The 8 cavity PET bottle blowing machine is an automatic, high-speed solution designed for manufacturers that need efficient PET bottle production. With an eight-cavity rotary configuration and a stated capacity of up to 15,000 bottles per hour, the machine is designed for high-volume manufacturing applications.

Its PET stretch blow molding process allows suitable PET preforms to be heated, stretched, and formed into bottles using the selected mold configuration. This makes the equipment suitable for a range of applications, including drinking water, mineral water, beverages, food products, cosmetics, household liquids, and other PET packaging.

Automatic operation can reduce repetitive manual work and help manufacturers create a more organized production workflow. Meanwhile, the multi-cavity rotary design is intended to support higher production throughput.

For manufacturers considering this equipment, the most important step is to match the machine configuration to the intended bottle specifications and production requirements. Bottle volume, preform weight, neck size, mold design, production target, air requirements, power supply, factory conditions, and maintenance requirements should all be confirmed before purchase.

The Automatic 8-Cavity PET Bottle Blowing Machine | 15,000 BPH Rotary Stretch Blow Molding Machine can therefore be considered by businesses looking for a high-output solution for PET bottle manufacturing and packaging production.