JWZ-BM500/1000 Blow Molding Machine for Large Hollow Floats
JWELL’s Ocean Floating Blow Molding Machine is designed for manufacturing large hollow plastic floating products used in marine, offshore, aquaculture, and water-based applications.
Product Overview
JWELL's Ocean Floating Blow Molding Machine is designed for manufacturing large hollow plastic floating products used in marine, offshore, aquaculture, and water-based applications. With an accumulator die head and a high-output extrusion configuration, the machine supports the processing requirements of large-volume hollow components where material distribution, structural integrity, and production stability are important.
Available in two configurations, the equipment accommodates different product dimensions and manufacturing requirements. Optional features include bottom sealing, product ejection, core-pulling mechanisms, hydraulic servo control, and double-layer co-extrusion. These options allow manufacturers to configure the production process according to the geometry, material structure, and functional requirements of their floating products.
High-Output Extrusion and Accumulator Die Head
Large ocean floating products require sufficient molten plastic to form their hollow structures within a controlled molding cycle. JWELL adopts a high-output extrusion system with an accumulator die head to handle substantial material volumes and support the production of large hollow components.
The extrusion section is designed to provide consistent plasticization and material delivery. The accumulator stores molten material before releasing it to form the parison, helping accommodate products that require a large volume of plastic in each molding cycle. Appropriate extrusion capacity and die head configuration should be selected according to the resin, product dimensions, and required production rate.
Stable Clamping and Flexible Mold Installation
The clamping unit provides the force required to close and hold the mold during the blow molding process. Stable mold movement and evenly distributed clamping pressure help maintain alignment throughout production and reduce unnecessary stress on the mold plates.
JWELL's engineered platen hole layout supports the installation of different mold configurations within the machine's dimensional limits. When selecting equipment, manufacturers should verify the required mold dimensions, platen spacing, clamping force, and opening range to ensure compatibility with the intended floating product.
Optional Servo Hydraulic Control
The hydraulic control configuration regulates actuator movement during clamping and other machine operations. JWELL offers an optional hydraulic servo control system designed to improve response and energy efficiency while supporting stable machine operation.
The servo configuration can help reduce hydraulic energy consumption under suitable operating conditions. Actual savings depend on the production cycle, machine settings, and auxiliary equipment, so energy performance should be assessed against the requirements of the intended application.
Double-Layer Co-Extrusion Options
Different floating products may require specific material structures to meet their application requirements. JWELL offers an optional double-layer co-extrusion configuration, allowing manufacturers to evaluate multilayer construction where appropriate for the product design.
The suitability of double-layer extrusion depends on the selected materials, layer requirements, and processing conditions. Buyers should confirm the required material combination and product structure before selecting the machine configuration.
Intelligent Electrical Control and Operational Monitoring
The machine uses a Mitsubishi PLC with a touchscreen human-machine interface supporting Chinese and English operation. Operators can access parameter configuration, data queries, real-time monitoring, and fault diagnosis functions through the control interface.
These features help simplify routine operation and support consistent processing procedures. Proper parameter management and operator training remain important for maintaining product quality and identifying production deviations.
Technical Parameters
|
Parameter |
Unit |
BM500 |
BM1000 |
|---|---|---|---|
|
Die head structure |
— |
Accumulating type |
Accumulating type |
|
Main screw diameter |
mm |
120/135 |
120 × 2 |
|
Maximum PE plasticizing capacity |
kg/h |
350–450 |
550–650 |
|
Driving motor |
kW |
132 |
160 |
|
Accumulator volume |
L |
26 |
45 |
|
Servo oil pump motor power |
kW |
30 |
45 |
|
Clamping force |
kN |
800 |
1800 |
|
Platen spacing |
mm |
500–1400 |
700–1900 |
|
Maximum mold size |
mm |
800 × 2500 |
1500 × 2500 |
|
Total power |
kW |
240 |
302 |
Actual production capacity depends on material properties, product geometry, mold design, cooling requirements, and operating conditions.
Optional Functions for Different Production Requirements
JWELL provides optional functions to accommodate different floating product designs and manufacturing processes. Bottom sealing supports suitable product configurations, while product ejection and core-pulling mechanisms can assist with demolding products that require additional forming or release functions.
These options should be evaluated according to the mold structure and finished product requirements. By defining the application and tooling specifications before ordering, manufacturers can select a configuration that supports their production objectives.
Applications
The JWELL ocean floating blow molding machine is intended for producing large hollow plastic components used in water-related applications. Potential applications include marine floating bodies, aquaculture floats, offshore floating components, and other large hollow buoyancy products, subject to material suitability and product design requirements.
For equipment selection, buyers should provide product drawings, dimensions, material specifications, required output, and mold information. JWELL can then assess the appropriate machine configuration and optional functions for the intended manufacturing process.






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