DevelopmentConsumables
Fluid-Path Component
SM-CNS-610
Single-use fluid-contact components produced to consistent, repeatable standards.
View productConsumable · Consumables
SM-CNS-600
A range of dependable, clearly defined connectors for extracorporeal fluid pathways.

Overview
The Connector Range is being developed to provide dependable, clearly defined connections across extracorporeal fluid pathways.
Key Features
The defining engineering intentions behind this product. Detailed capabilities are confirmed with verified data.
Developed for unambiguous, dependable connections.
Designed to fit Sardhara circuits and components.
Engineered for repeatable manufacture.
Developed as single-use components.
Technical Specifications
Specifications will be published once verified. Values shown are placeholders and do not represent confirmed data.
Applications
Intended application areas within extracorporeal and critical care, described without clinical-performance claims.
Developed to connect fluid-path elements.
System Integration
A conceptual view of how this product sits within the wider Sardhara technology chain. Shown for orientation only.
Integration pathway
Conceptual architecture shown for orientation. Detailed integration is developed under formal design controls.
Downloads
A placeholder area for future product documentation. Materials will be added as they become available.
PDF · Coming soon
PDF · Coming soon
PDF · Coming soon
PDF · Coming soon
PDF · Coming soon
Related Products
Other products developed to work within the same technology chain.
DevelopmentConsumables
SM-CNS-610
Single-use fluid-contact components produced to consistent, repeatable standards.
View product
DevelopmentConsumables
SM-CNS-620
Protected, single-use items delivered ready for the point of use.
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DevelopmentExtracorporeal Circuits
SM-CIR-410
A configured circuit set engineered for integrity and repeatable manufacture within ECMO systems.
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DevelopmentCardiopulmonary Bypass
SM-CIR-420
A perfusion circuit set forming the continuous, sealed flow path within bypass systems.
View productEnquiry
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