| Quantity: | |
|---|---|
Model | Unit | BM 3D-1000 (Robot hand) | BM-100 3D (Vacuum suction) |
Main screw diameter | mm | 65 | 80 |
Screw L/D | ---- | 25:1 | 25:1 |
Screw rpm | r/min | 25-75 | 25-75 |
Max plasticizing capacity(PE) | kg/h | 65-75 | 100-120 |
Platen size W*H | mm | 800*1200 | 1020*1500 |
Mould thickness | mm | 450 | 600 |
Clamping force | KN | 75 | 280 |
Clamping force | S | 20 | 10 |
Machine weight | T | 16 | 20 |
Platen moving stroke | mm | 1800 | 360 |
In the field of modern industrial manufacturing, this 3D blow molding machine stands out with its excellent performance and innovative technology. Its advanced extrusion unit and accumulation die head work in depth to achieve stable and uniform flow of materials, lay a solid foundation for the production of precision blow molding systems, and can continuously produce high-quality, complex products.
The mold configuration is highly flexible, and the template size and mold settings can be customized according to the unique specifications of the product. It shows strong adaptability in the application scenarios of industrial plastic blow molding machines and fully meets various manufacturing needs. The structure designed for complex 3D molding is particularly outstanding in the field of automotive parts production. Whether it is the key components such as the intake pipe and the fuel tank, they can be molded with no-flash or low-flash processes, significantly improving the strength and appearance quality of the product.
The hydraulic servo control system is a model of energy saving and high efficiency. It ensures reliable operation while achieving precise control, greatly reducing energy costs, and promoting the implementation of sustainable blow molding solutions. The multi-functional and multi-action design supports operations such as overmolding, core pulling, and product ejection, greatly simplifying the production process and providing a highly flexible solution for industrial blow molding.
Its energy-saving design and sturdy structure achieve a perfect balance between energy consumption and reliability, extending the service life of the equipment while stabilizing output. The seamless integration with the robot arm opens a new era of automated production, effectively improving production efficiency and reducing manual intervention. From the automotive industry to household product manufacturing, products such as air ducts, fuel pipes, vacuum pipes, etc. can be easily handled, and the wide range of application scenarios makes it a benchmark for customized 3D blow molding equipment. With the smooth surface and dimensional consistency achieved by advanced design, it ensures that every output part meets durable and high-quality standards, making it an ideal choice for precision three-dimensional molding manufacturing.
This three-dimensional blow molding machine, with its high efficiency, energy saving and precision, provides a reliable and innovative equipment option for industries seeking high-quality blow molding solutions.
Q1: Can this blow molding machine handle custom mold designs?
A1: Yes, it supports customizable mold configurations, ideal for precision three-dimensional molding machines.
Q2: What industries benefit from using this machine?
A2: It is widely used in automotive, industrial, and home appliance manufacturing for complex and durable products.
Q3: Does the machine offer energy-saving features?
A3: Yes, its energy-efficient hydraulic servo system reduces power consumption and operational costs.
Q4: Can this machine produce lightweight automotive components?
A4: Yes, it creates parts like air ducts, fuel tanks, and other custom 3D blow molding equipment solutions.
Q5: Is automation integration possible with this machine?
A5: Absolutely, robotic arms and automated systems can enhance its efficiency for industrial plastic blow molding applications.
Model | Unit | BM 3D-1000 (Robot hand) | BM-100 3D (Vacuum suction) |
Main screw diameter | mm | 65 | 80 |
Screw L/D | ---- | 25:1 | 25:1 |
Screw rpm | r/min | 25-75 | 25-75 |
Max plasticizing capacity(PE) | kg/h | 65-75 | 100-120 |
Platen size W*H | mm | 800*1200 | 1020*1500 |
Mould thickness | mm | 450 | 600 |
Clamping force | KN | 75 | 280 |
Clamping force | S | 20 | 10 |
Machine weight | T | 16 | 20 |
Platen moving stroke | mm | 1800 | 360 |
In the field of modern industrial manufacturing, this 3D blow molding machine stands out with its excellent performance and innovative technology. Its advanced extrusion unit and accumulation die head work in depth to achieve stable and uniform flow of materials, lay a solid foundation for the production of precision blow molding systems, and can continuously produce high-quality, complex products.
The mold configuration is highly flexible, and the template size and mold settings can be customized according to the unique specifications of the product. It shows strong adaptability in the application scenarios of industrial plastic blow molding machines and fully meets various manufacturing needs. The structure designed for complex 3D molding is particularly outstanding in the field of automotive parts production. Whether it is the key components such as the intake pipe and the fuel tank, they can be molded with no-flash or low-flash processes, significantly improving the strength and appearance quality of the product.
The hydraulic servo control system is a model of energy saving and high efficiency. It ensures reliable operation while achieving precise control, greatly reducing energy costs, and promoting the implementation of sustainable blow molding solutions. The multi-functional and multi-action design supports operations such as overmolding, core pulling, and product ejection, greatly simplifying the production process and providing a highly flexible solution for industrial blow molding.
Its energy-saving design and sturdy structure achieve a perfect balance between energy consumption and reliability, extending the service life of the equipment while stabilizing output. The seamless integration with the robot arm opens a new era of automated production, effectively improving production efficiency and reducing manual intervention. From the automotive industry to household product manufacturing, products such as air ducts, fuel pipes, vacuum pipes, etc. can be easily handled, and the wide range of application scenarios makes it a benchmark for customized 3D blow molding equipment. With the smooth surface and dimensional consistency achieved by advanced design, it ensures that every output part meets durable and high-quality standards, making it an ideal choice for precision three-dimensional molding manufacturing.
This three-dimensional blow molding machine, with its high efficiency, energy saving and precision, provides a reliable and innovative equipment option for industries seeking high-quality blow molding solutions.
Q1: Can this blow molding machine handle custom mold designs?
A1: Yes, it supports customizable mold configurations, ideal for precision three-dimensional molding machines.
Q2: What industries benefit from using this machine?
A2: It is widely used in automotive, industrial, and home appliance manufacturing for complex and durable products.
Q3: Does the machine offer energy-saving features?
A3: Yes, its energy-efficient hydraulic servo system reduces power consumption and operational costs.
Q4: Can this machine produce lightweight automotive components?
A4: Yes, it creates parts like air ducts, fuel tanks, and other custom 3D blow molding equipment solutions.
Q5: Is automation integration possible with this machine?
A5: Absolutely, robotic arms and automated systems can enhance its efficiency for industrial plastic blow molding applications.
