The plastic hospital bed blow molding machine is designed for efficient manufacturing of large hollow medical plastic components such as bed head boards, foot boards, and guardrails. Built for medical-grade production environments, this system ensures stable forming performance, high output efficiency, and precise structural consistency for hospital furniture components.
Developed with advanced extrusion blow molding technology, this machine supports continuous industrial production while maintaining high dimensional accuracy and surface quality. It is widely used in medical equipment manufacturing industries where durability, hygiene standards, and production reliability are essential.
Performance and Advantages of Plastic Hospital Bed Blow Molding Machine
The system integrates high-output extrusion technology with an accumulating die head structure, making it suitable for producing medium to large-sized medical plastic parts with stable quality control.
Key advantages include:
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Suitable for producing different kinds of plastic medical bed head boards, foot boards, and guardrails
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High output extrusion system combined with accumulating die head for stable material distribution
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Optional JW-DB single station hydraulic screen-exchanger system based on different material requirements
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Customized platen type and size according to different product dimensions
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Stable forming performance with optimized cycle efficiency for industrial medical production
The plastic hospital bed blow molding machine is engineered to maintain consistent wall thickness and structural strength, ensuring that each product meets medical usage standards for durability and safety.
Structural Design and System Configuration
The machine adopts an advanced accumulating-type die head system, which is essential for producing large medical hollow parts. This structure ensures stable parison accumulation and controlled extrusion, improving product uniformity and reducing material waste.
The high-output extrusion system is designed to support continuous operation with enhanced plasticizing capacity, ensuring smooth processing of PE materials commonly used in medical applications.
The hydraulic servo system provides precise motion control, improving energy efficiency while maintaining stable clamping and forming performance during long production cycles.
Technical Parameters of Plastic Hospital Bed Blow Molding Machine
| Model | Unit | BM100 | BM160 |
|---|---|---|---|
| Max product volume | L | 100 | 160 |
| Dry cycle | Pc/h | 360 | 300 |
| Die head structure | Accumulating type | Accumulating type | |
| Main screw diameter | mm | 100 | 100 |
| Max plasticizing capacity (PE) | kg/h | 190 | 240 |
| Driving motor | kW | 55 | 90 |
| Accumulating volume | L | 12.8 | 18 |
| Oil pump motor power (Servo) | kW | 30 | 30 |
| Clamping force | kN | 600 | 800 |
| Space between platen | mm | 500–1300 | 500–1400 |
| Platen size W×H | mm | 1020×1000 | 1120×1200 |
| Max mould size | mm | 800×1200 | 900×1450 |
| Heating power of die head | kW | 30 | 30 |
| Machine dimension L×W×H | m | 5.5×2.5×4.0 | 7×3.5×4.0 |
| Machine weight | T | 16 | 20 |
| Total power | kW | 135 | 172 |
High Output Extrusion and Accumulating Die Head System
The plastic hospital bed blow molding machine utilizes a high-performance extrusion system designed to handle large material volumes required for medical bed components. The accumulating die head ensures stable parison formation, which is critical for producing large, structurally stable hollow products.
This design allows precise control over wall thickness distribution, reducing deformation risks and improving overall mechanical strength. It is especially important for hospital bed boards and guardrails that require long-term load resistance and structural reliability.
Hydraulic Servo Control for Stable Operation
The integration of hydraulic servo technology significantly improves the machine’s operational efficiency. It reduces energy consumption while ensuring smooth and precise movement of the clamping and extrusion systems.
This control system enhances production stability, minimizes mechanical wear, and ensures consistent cycle performance, making it highly suitable for continuous medical equipment manufacturing environments.
Customized Mold and Platen Design
To meet the diverse size requirements of hospital bed components, the system supports customized platen configurations. The adjustable platen structure allows manufacturers to produce different sizes of medical bed boards and guardrails without requiring major equipment modifications.
This flexibility improves production adaptability and reduces downtime during mold changes, enhancing overall manufacturing efficiency.
Application Scope of Plastic Hospital Bed Blow Molding Machine
This machine is widely used in the medical equipment manufacturing industry for producing:
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Hospital bed head boards
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Bed foot boards
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Protective guardrails
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Large medical plastic structural components
Its stable performance and high precision make it suitable for long-term industrial production environments where consistency and reliability are critical.
Production Efficiency and Industrial Stability
With optimized extrusion and clamping systems, the machine ensures high production efficiency while maintaining product consistency. The accumulating die head system allows stable processing of large volumes of PE material, improving output quality and reducing cycle variations.
The servo-driven hydraulic system further enhances operational stability, ensuring smooth production even under continuous industrial workloads.
Conclusion
The plastic hospital bed blow molding machine is a high-performance solution for manufacturing large medical plastic components with precision and efficiency. Its combination of accumulating die head technology, high-output extrusion system, and servo-controlled hydraulics ensures stable production and consistent product quality.
Designed for industrial-scale medical equipment manufacturing, this system provides flexibility, durability, and efficiency, making it a reliable choice for hospital furniture production lines.
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