A syringe assemble machine is a specialized automation equipment used in the healthcare and medical industry to assemble syringes. The machine is designed to automate the syringe assembly process to increase production efficiency, reduce the risk of human error, and ensure consistency in the quality of the syringes produced.
Syringe assemble machines typically consist of multiple stations where different components, such as barrels, plungers, and needles, are assembled together to create a complete syringe. The machine uses precision mechanisms such as robotics, and other specialized equipment to assemble the syringe components with high accuracy and speed.
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Package Range | 1-2ML | 3-5ML | 10ML | 20ML | 30ML |
Printing Speed | 200-220 pcs/min | 220-240 pcs/min | 180-200 pcs/min | 160-180 pcs/min | 140-160 pcs/min |
Rated Volt | 220V/50Hz | ||||
Equipment Size | 4650x2630x2150mm 3050x4000x2150mm | ||||
Power | 3kw | ||||
Weight | 1500KG | ||||
Air Pressure | 0.4-0.6Mpa |
A syringe assemble machine works by automating the process of assembling syringes. The machine is designed to load the syringe barrel, insert the plunger, insert the rubber stopper, and ensure that all components are securely in place using pressure.
The machine can be programmed to handle different types and sizes of syringes, and it uses a vision system to ensure that all components are properly aligned before assembling.
Once the barrel, plunger, and stopper are loaded into the machine, the machine's grabber will pick up the components and insert them into the syringe barrel one by one. The machine will then apply pressure to ensure that all components are securely in place inside the syringe barrel.
A syringe assemble machine requires regular maintenance to ensure its optimal performance and to prevent breakdowns or malfunctions. Some of the maintenance tasks that are typically required for a syringe assemble machine include:
Regular cleaning of the machine to remove any dirt, debris, or contaminants that can negatively impact the machine's performance.
Lubrication of the machine's moving parts to prevent friction, wear, and tear that can lead to early component failure.
Regular inspection of the machine's components to identify any signs of wear and tear, loose parts, or other issues.
Replacement of any damaged or worn parts to prevent the problem from escalating and leading to more extensive damage or downtime.
Calibration of the machine to ensure that it is operating within optimal tolerances and accuracy levels.