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SMT-3305
Smartell





Technical Specifications
SPEC | Production Speed | Dimension | Weight | Power | Compressed air flow |
1ml | 200pcs/min | 4900x2700x2400mm | 1500 kg | AC220V/3KW | 0.3m3/min |
2-3ml | 220pcs/min | ||||
5ml | 230pcs/min | ||||
10ml | 200pcs/min | ||||
20ml | 170pcs/min | ||||
30ml | 150pcs/min | ||||
50-60ml | 120pcs/min |
All parameters and dimensions are subject to change without prior notice.





Technical Specifications
SPEC | Production Speed | Dimension | Weight | Power | Compressed air flow |
1ml | 200pcs/min | 4900x2700x2400mm | 1500 kg | AC220V/3KW | 0.3m3/min |
2-3ml | 220pcs/min | ||||
5ml | 230pcs/min | ||||
10ml | 200pcs/min | ||||
20ml | 170pcs/min | ||||
30ml | 150pcs/min | ||||
50-60ml | 120pcs/min |
All parameters and dimensions are subject to change without prior notice.
Rather than relying on separate machines for each component, we turn to syringe barrel + gasket + plunger + needle assembly machines that integrate the entire assembly process into one streamlined unit. This unified approach offers several key benefits:
1. Reduced Risk of Error: By assembling all parts in one go, the risk of misalignment between components is minimized. This ensures that the final product is perfectly aligned and functions as intended.
2. Faster Production: Integrating multiple steps into one system reduces the time it takes to assemble a syringe. This is particularly useful when high production volumes are required, especially during global health emergencies or mass vaccination efforts.
3. Cost Efficiency: Using a single machine to handle the assembly of all syringe parts eliminates the need for multiple separate machines and reduces operational costs. Additionally, fewer manual interventions are needed, lowering labor costs.
4. Seamless Quality Control: Quality control becomes more efficient because the system can continuously monitor each step of the assembly process, ensuring that each syringe is up to standard before it moves to the next stage.
The high-qualified rate refers to the percentage of syringes produced that meet the stringent standards for functionality and safety, with minimal defects. High-qualified rate syringe assembly machines are equipped with advanced technology to ensure that only the highest-quality syringes are produced. These machines feature:
1. Advanced Sensors and Cameras: To detect defects at every stage of production, including misalignment, contamination, or any issues that could compromise the syringe’s performance.
2. Automated Testing: Each syringe is subjected to rigorous automated testing for aspects like the smoothness of the plunger movement, the sterility of the components, and the accuracy of the needle attachment.
3. Sterility Assurance: Machines used in syringe production must also focus on maintaining sterility. Cleanroom environments, sterilization protocols, and automated packaging help prevent contamination during the manufacturing process.
Real-Time Feedback: If a defect is detected, the system can immediately halt production or reject the faulty syringe, ensuring that substandard products don’t reach the market.

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Rather than relying on separate machines for each component, we turn to syringe barrel + gasket + plunger + needle assembly machines that integrate the entire assembly process into one streamlined unit. This unified approach offers several key benefits:
1. Reduced Risk of Error: By assembling all parts in one go, the risk of misalignment between components is minimized. This ensures that the final product is perfectly aligned and functions as intended.
2. Faster Production: Integrating multiple steps into one system reduces the time it takes to assemble a syringe. This is particularly useful when high production volumes are required, especially during global health emergencies or mass vaccination efforts.
3. Cost Efficiency: Using a single machine to handle the assembly of all syringe parts eliminates the need for multiple separate machines and reduces operational costs. Additionally, fewer manual interventions are needed, lowering labor costs.
4. Seamless Quality Control: Quality control becomes more efficient because the system can continuously monitor each step of the assembly process, ensuring that each syringe is up to standard before it moves to the next stage.
The high-qualified rate refers to the percentage of syringes produced that meet the stringent standards for functionality and safety, with minimal defects. High-qualified rate syringe assembly machines are equipped with advanced technology to ensure that only the highest-quality syringes are produced. These machines feature:
1. Advanced Sensors and Cameras: To detect defects at every stage of production, including misalignment, contamination, or any issues that could compromise the syringe’s performance.
2. Automated Testing: Each syringe is subjected to rigorous automated testing for aspects like the smoothness of the plunger movement, the sterility of the components, and the accuracy of the needle attachment.
3. Sterility Assurance: Machines used in syringe production must also focus on maintaining sterility. Cleanroom environments, sterilization protocols, and automated packaging help prevent contamination during the manufacturing process.
Real-Time Feedback: If a defect is detected, the system can immediately halt production or reject the faulty syringe, ensuring that substandard products don’t reach the market.

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disposable syringe assembly machine,syringe assembly machine fully automatic,automatic syringe assembly machine




FAQ





FAQ
