AllPoints A2549 Impella Support Pin with clip for Impella 26-3145
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- Manufactured by Cornelius for high reliability
- Dimensions optimized at 0.13" x 0.13" x 2"
- Constructed from corrosion-resistant materials
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The Cornelius A2549 Impella Support Pin is an OEM-grade component designed for use within advanced medical support systems, specifically compatible with Impella # 26-3145 devices. Crafted from durable materials, this support pin features an integrated clip for secure attachment and precise positioning in critical applications. Its compact dimensions, measuring 0.13" in height, 0.13" in width, and 2" in depth, allow seamless integration into existing impeller support assemblies. Engineered for high reliability, it addresses the need for consistent performance in demanding clinical environments, ensuring stable device operation and reducing procedural downtime. This product is essential for specialists managing cardiovascular support systems requiring exact fit and robust construction.
The Impella support pin combines precise mechanical design with high-grade materials to ensure durability and ease of maintenance. It offers secure clip attachment for reliable positioning, compatible with specific Impella models, facilitating straightforward installation and removal. Its compact form factor suits compact device assemblies, and its corrosion-resistant construction supports sterilization procedures essential in clinical workflows. Ideal for surgical, cath lab, and ICU settings, this pin ensures device stability during patient support, streamlining procedural efficiency while minimizing risk of device displacement.
Suitable for surgical and cardiovascular procedure setups requiring precise device support.
The Cornelius A2549 Impella Support Pin is constructed from high-grade materials suitable for sterilization and repeated use, with a weight of only 0.1 lbs, ensuring minimal impact on device assembly. Its dimensions include a height of 0.13", width of 0.13", and depth of 2", fitting precisely into designated support structures. The part is manufactured in the United States, emphasizing quality control. It does not require electrical power or refrigeration, and its design does not involve hazardous substances. The support pin is compatible with existing Impella device configurations, ensuring reliable operation without additional hardware modifications. It features a simple, robust design for straightforward disassembly and maintenance during clinical procedures. This component is critical in maintaining device stability during temporary hemodynamic support and facilitates sterile, efficient device management in high-stakes environments.
A commercial impella support pin is a specialized component used to secure and support impeller systems within cardiovascular support devices. It features precise dimensions, robust construction from corrosion-resistant materials, and compatibility with specific impella models. Installed in assist devices like Impella # 26-3145, it provides reliable mechanical stabilization during cardiac procedures. Typically used in surgical, cath lab, and ICU settings, this device-critical part ensures consistent device operation, durability, and facilitation of accurate device positioning for optimal patient outcomes.
This high-quality impella support pin offers durable, precise support for cardiovascular assist devices in surgical and intensive care applications. Designed for reliable operation during moderate workloads in hospital environments, AllPoints A2549 supports device stability and ease of device maintenance, making it ideal for cardiovascular procedures needing dependable component fit.
Compared to common implant support pins, the AllPoints A2549 offers enhanced durability with corrosion-resistant construction and precise dimensions for consistent fit. Its integrated clip guarantees secure attachment, simplifying device assembly and maintenance. The component’s compact profile reduces clutter in tight anatomical areas, while its US manufacturing ensures quality control and reliable performance in demanding clinical environments.
