Medyczne złącze z tworzywa sztucznego formowane metodą LSR do zespołów urządzeń

For projects involving this LSR overmolded plastic connector can be used in:, Medical LSR Overmolded Plastic Connector for Device Assemblies provides a purpose-built medical and healthcare silicone component. Key configuration points include material: Medical-grade LSR + PC / PP / PCTG / Custom Plastic; process: Plastic Injection Molding + LSR Overmolding; silicone hardness: Customizable, commonly 30–70 Shore A, so purchasing decisions can be tied directly to the target application and mating structure.

W przypadku programów OEM i programów realizowanych na zamówienie praktyczne pytania dotyczą tego, jak dana część pasuje do konstrukcji, na jakie obciążenia musi być odporna oraz które wymiary lub interfejsy mają kluczowe znaczenie. W poniższych sekcjach wyodrębniono wymagania eksploatacyjne, informacje dotyczące materiałów i procesów oraz szczegóły zastosowania, co pozwala na bardziej efektywną ocenę produktu.

Priorytety w zakresie projektowania funkcjonalnego

• The connector can be produced using medical-grade LSR combined with transparent plastic materials such as PC, PP, PCTG, or other engineering plastics depending on the application requirements.
• LSR silicone is directly molded onto the plastic insert, creating a stable integrated structure. This helps reduce assembly steps, improve sealing reliability, and enhance product consistency.
• The soft silicone section provides a flexible sealing interface, helping prevent air leakage, liquid leakage, vibration, and loosening during use.
• The transparent plastic part allows visual inspection and supports applications where clarity, positioning, or flow observation may be required.
• Developed for small precision medical components, this product is suitable for medical instruments that require cleanliness, dimensional accuracy, and stable functional performance.

Konfiguracja techniczna

Where the Part Is Used

• This LSR overmolded plastic connector can be used in:

Configurable Product Details

• We support custom development based on customer drawings, 3D files, or physical samples.
• Available customization includes:
• Material selection Silicone hardness Plastic type Color matching Structure optimization Sealing design Surface finish Dimensional tolerance Mold development OEM / ODM production

Design Notes for Production

• The product is manufactured through a two-step molding process.
• This structure can reduce the need for separate sealing rings, adhesives, or manual assembly. It also helps improve product reliability, cleanliness, and production repeatability.
• Each custom LSR overmolded connector can be inspected according to customer requirements, including appearance, dimensions, bonding condition, sealing performance, material consistency, and assembly fit.
• For medical device components, we can also support production documentation and quality control procedures according to the customer’s project requirements.

FAQ for Engineering Buyers

Can this product be customized according to our sample?

Yes. We can develop the product based on your physical sample, 2D drawing, 3D file, or functional requirements.

What plastic materials can be used with medical-grade LSR?

Common options include PC, PP, PCTG, PSU, and other engineering plastics. The final material should be selected according to the application, sterilization method, temperature, transparency, and mechanical requirements.

Is this product suitable for medical equipment?

Yes, this type of LSR overmolded plastic connector is designed for medical device applications. However, the final material grade, test standard, and certification requirements should be confirmed according to the specific end-use application.

Analiza zapytań ofertowych i rysunków technicznych

Decyzja o dopuszczeniu do produkcji powinna opierać się na rzeczywistych rysunkach technicznych i wymaganiach aplikacyjnych, a nie wyłącznie na treści zawartej w katalogu. Powyższe specyfikacje mogą służyć jako punkt odniesienia przy ustalaniu wymiarów, interfejsów i oczekiwanych parametrów użytkowych części wykonanej na zamówienie.