Supporto alla produzione di silicone e LSR mediante stampaggio a Kunshan, Cina
Guida tecnica

Coppa per nebulizzatore in LSR per uso medico con rivestimento sovrastampato e alloggiamento in PC

Coppa per nebulizzatore in LSR con rivestimento a iniezione e alloggiamento in PC. Per sistemi di nebulizzazione medicali. Componente in silicone personalizzato per il settore medico e sanitario destinato a OEM e...

Built for medical nebulizer systems, respiratory therapy devices, and inhalation drug delivery equipment, Medical LSR Overmolded Nebulizer Cup with PC Housing is a medical and healthcare silicone component centered on material system: Liquid Silicone Rubber + Polycarbonate; process: Two-Shot Injection Molding (LSR Over PC); base material: Medical Grade PC. This configuration is intended for buyers who need a production-ready part rather than a generic off-the-shelf silicone item.

Per i programmi OEM e su misura, le questioni pratiche riguardano il modo in cui il componente si adatta, a quali sollecitazioni deve resistere e quali dimensioni o interfacce sono fondamentali. Le sezioni seguenti distinguono i requisiti prestazionali, le informazioni sui materiali e sui processi e i dettagli applicativi, in modo da consentire una valutazione più efficiente del prodotto.

Priorità di progettazione funzionale

  • The overmolded silicone material is specially formulated for medical applications. It offers excellent biocompatibility and is suitable for inhalation-related environments.
  • ISO 10993 biocompatibility compliant
  • USP Class VI certified material
  • Odorless, non-toxic, and stable under long-term use
  • Developed for direct or indirect patient contact
  • The LSR is permanently bonded to the PC substrate through precision injection molding, forming a seamless sealing interface.
  • Eliminates traditional O-rings and manual assembly

Configurazione tecnica

Nome del prodotto LSR Overmolded PC Nebulizer Cup
Material System Liquid Silicone Rubber + Polycarbonate
Processo Two-Shot Injection Molding (LSR Over PC)
Base Material Medical Grade PC
Overmold Material Medical Grade LSR
Transparency High optical clarity
Temperature Resistance -40°C to 134°C
Sterilization Methods Autoclave, EO, Gamma
Biocompatibility ISO 10993 / USP Class VI
Structure Type Soft-hard integrated sealing component
Reusability Designed for repeated use

Where the Part Is Used

  • Medical nebulizer systems
  • Respiratory therapy devices
  • Inhalation drug delivery equipment
  • ICU respiratory support systems
  • Home healthcare nebulization devices
  • Medical gas and fluid control systems

Design Notes for Production

  • The product is produced through a precision two-step injection molding process:
  • PC Injection Molding Medical-grade polycarbonate is molded into the structural base, forming the rigid housing and internal flow channels.
  • LSR Overmolding Liquid silicone rubber is injected onto the PC substrate, forming soft sealing structures and functional interfaces.
  • Permanent Bonding Formation Under controlled temperature and pressure, LSR chemically or mechanically bonds with PC, forming a durable integrated structure.
  • Silicone rubber has natural chemical inertness, making adhesion to PC challenging. This is solved through:
  • Self-bonding medical-grade LSR formulations

FAQ for Engineering Buyers

What is the benefit of LSR overmolding compared to traditional assembly?

LSR overmolding eliminates separate sealing components such as O-rings, reducing leakage risk and improving long-term stability.

Is the product suitable for repeated sterilization?

Yes, it is designed for repeated autoclave sterilization between 121°C and 134°C without performance degradation.

Does the silicone become hard or degrade over time?

Medical-grade LSR maintains elasticity and mechanical stability under long-term use.

Revisione delle richieste di offerta e dei disegni

Il rilascio in produzione dovrebbe basarsi sui requisiti effettivi del disegno e dell'applicazione, piuttosto che esclusivamente sulla descrizione riportata nel catalogo. Le specifiche sopra riportate possono essere utilizzate come riferimento per confermare le dimensioni, le interfacce e le prestazioni previste per il componente personalizzato.

Inviateci le informazioni relative al materiale, alle dimensioni, all’ambiente di applicazione e alla quantità stimata. Il nostro team esaminerà il progetto e definirà la fase ingegneristica successiva.

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