Syringes produced using medical syringe moulds are known for their durability and reliability. The moulding process can create syringes with a uniform wall thickness, which contributes to their structural integrity. This is particularly important for syringes that are used in high-pressure applications, such as injecting vaccines or drawing blood samples. The durability of these syringes reduces the risk of breakage or leakage, ensuring the safety of both patients and healthcare providers.

Customization and Versatility

Medical syringe moulds allow for a high degree of customization, enabling manufacturers to create syringes tailored to specific medical needs. This versatility is essential in a diverse healthcare environment where different procedures require different types of syringes. For instance, moulds can be designed to produce syringes with various needle lengths, gauges, and tip designs, catering to a wide range of applications from intravenous injections to subcutaneous administrations.

Environmental Considerations

The use of medical syringe moulds also has environmental benefits. By producing syringes in large quantities with minimal waste, the manufacturing process becomes more sustainable. Additionally, the uniformity of syringes produced from moulds can lead to more efficient recycling processes, as there is less variation in the materials and shapes that need to be processed.

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Cavity core steel: using StaVaxS42〇 manufactured by Assab, Sweden, it is a slider for stainless steel and tempered steel core: Luer interface slider system Injection gate type: hot runner point gate product plastic :PP
Syringe cavity core polishing: Mirror surface finish Syringe mold structure: It is mounted on the mold frame by inserting, and the same parts in the mold are interchangeable. Needle mold life: at least 5 million mold