The Medical syringe moulds’s ability to maintain dimensional accuracy throughout numerous injection cycles is crucial. Consistency in injection molding parameters, such as temperature control, injection pressure, and cooling time, works hand in hand with mould design to produce syringes that meet stringent medical standards.

Cycle time optimization is important to maximize throughput without compromising quality. Well-designed moulds facilitate efficient cooling and easy ejection of parts, minimizing production delays.

Medical syringe moulds are subjected to high production volumes, often running continuously in manufacturing facilities. The mould’s durability depends on the quality of materials and manufacturing techniques used.

Regular maintenance, such as cleaning and inspection for wear or damage, helps maintain performance and prolong mould life. Some moulds incorporate modular components to simplify repair or replacement, reducing downtime.

Syringes produced from these moulds must comply with strict regulatory requirements such as ISO 13485 and FDA standards, which govern material safety, dimensional accuracy, and biocompatibility. Moulds are designed and manufactured to meet these standards, ensuring that the final syringes are safe for medical use.

The mould’s precision directly supports traceability and quality control measures essential for medical device certification.

https://www.ysmou.com/product/medicine-mould/injection-medical-syringe-mould.html

Core slider: Luer interface slider system
Gate type: hot runner point gate
Product plastic: TPE or medical PVC (if using PVC, I
We do not recommend the use of thermal guides)
Cavity Core Polishing: Mirror Polishing
Needle plug plug mold structure: using the insert method to make it set
On the mold base, the same parts in the mold can be mutually
Changed.
Syringe tight plug die life: at least 5 million mode