| Quantity: | |
|---|---|
YIXUN mold
8480419090
High Precision: Medical products require extremely high precision. For example, the mold accuracy of disposable medical consumables is often controlled within 1mm. The dimensional accuracy of the mold directly affects the fit and functionality of the medical product.
Material Quality: High - quality materials are used. The mold base steel is usually 4Cr13 stainless steel or higher - grade steel, and the mold core is made of materials such as Swedish ASSAB S136 or equivalent - grade steel to ensure corrosion resistance, wear resistance, and long - term service life.
Hygiene and Cleanliness: They need to meet strict hygiene standards. Production is often carried out in ISO - certified cleanrooms, such as ISO 8 cleanrooms, to prevent contamination of medical products during the molding process.
Complex Structure: Some medical products have complex shapes and functions, requiring injection molds with complex structures, such as multi - cavity molds, hot runner molds, and insert molds, to meet the production requirements.
Syringes and Needles: Injection molds are widely used in the production of various syringes, such as three - piece syringes, two - piece syringes, safety self - destruct syringes, and insulin syringes, as well as needle hubs and protective caps.
Medical Packaging: For packaging products such as medicine bottles, blister packs, and pharmaceutical caps, injection molds are used to ensure the precision and integrity of the packaging, as well as meet the requirements of drug protection and easy use.
Surgical Instruments: Some components of minimally invasive surgical instruments, such as laparoscopic components, catheter components, and ophthalmic instrument components, are also manufactured using injection molds.
Medical Implants: For small - scale medical implants, injection molding can be used to produce parts with precise dimensions and complex shapes, such as some plastic parts in dental implants and orthopedic implants.
Design: It includes product design and mold design. Engineers need to consider the functionality, structure, and manufacturability of medical products, and use CAD/CAM technology to design mold structures, including cavity layout, gating system, and cooling system.
Material Selection and Processing: Select appropriate mold materials according to the requirements of medical products, and perform processing operations such as forging, heat treatment, and machining on the materials to ensure the performance and accuracy of the mold.
Assembly and Debugging: After machining each mold part, assemble them according to the design requirements, and then perform debugging and testing to ensure that the mold can operate normally and produce qualified products.
High Precision: Medical products require extremely high precision. For example, the mold accuracy of disposable medical consumables is often controlled within 1mm. The dimensional accuracy of the mold directly affects the fit and functionality of the medical product.
Material Quality: High - quality materials are used. The mold base steel is usually 4Cr13 stainless steel or higher - grade steel, and the mold core is made of materials such as Swedish ASSAB S136 or equivalent - grade steel to ensure corrosion resistance, wear resistance, and long - term service life.
Hygiene and Cleanliness: They need to meet strict hygiene standards. Production is often carried out in ISO - certified cleanrooms, such as ISO 8 cleanrooms, to prevent contamination of medical products during the molding process.
Complex Structure: Some medical products have complex shapes and functions, requiring injection molds with complex structures, such as multi - cavity molds, hot runner molds, and insert molds, to meet the production requirements.
Syringes and Needles: Injection molds are widely used in the production of various syringes, such as three - piece syringes, two - piece syringes, safety self - destruct syringes, and insulin syringes, as well as needle hubs and protective caps.
Medical Packaging: For packaging products such as medicine bottles, blister packs, and pharmaceutical caps, injection molds are used to ensure the precision and integrity of the packaging, as well as meet the requirements of drug protection and easy use.
Surgical Instruments: Some components of minimally invasive surgical instruments, such as laparoscopic components, catheter components, and ophthalmic instrument components, are also manufactured using injection molds.
Medical Implants: For small - scale medical implants, injection molding can be used to produce parts with precise dimensions and complex shapes, such as some plastic parts in dental implants and orthopedic implants.
Design: It includes product design and mold design. Engineers need to consider the functionality, structure, and manufacturability of medical products, and use CAD/CAM technology to design mold structures, including cavity layout, gating system, and cooling system.
Material Selection and Processing: Select appropriate mold materials according to the requirements of medical products, and perform processing operations such as forging, heat treatment, and machining on the materials to ensure the performance and accuracy of the mold.
Assembly and Debugging: After machining each mold part, assemble them according to the design requirements, and then perform debugging and testing to ensure that the mold can operate normally and produce qualified products.
