Dual Nitinol Stent Models

₹600-1500 INR

Suljettu

Julkaistu 14 päivää sitten

₹600-1500 INR

Maksettu toimituksen yhteydessä

I need clean, dimension-accurate 3D CAD models of self-expanding Nitinol stents—a tracheal stent, a coronary stent—created in parallel for ongoing medical research. The focus is the core lattice geometry, so a basic structural representation is all that’s required; no surface texturing, vessel walls, or surrounding anatomy at this stage. I will forward precise diameters, lengths, strut widths, and flare details as soon as the project begins. Once those numbers are in place, I’m expecting editable, parametric source files (SolidWorks 2023,2025), plus neutral exports such as STEP and STL that can be shared quickly with the wider research team. Deliverables • Native CAD files for each stent • Corresponding STEP and STL files • Short note confirming key dimensions and material set to Nitinol in file properties A simple, well-organised model structure and consistent naming are enough for acceptance; accuracy to the supplied dimensions is the critical metric. This model is based on a journey I will also share the reference jornel paper on how exactly I want the model I HAVE SHARED THE REFERENCE PAET on how EXACTLY I WANT IT.

Mechanical Engineering

Projektin tunnus (ID): 40242863

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Aktiivinen 8 päivää sitten

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3 freelancerit tarjoavat keskimäärin ₹1 033 INR tätä projektia

@karuneshkadwe6

Hello, I am a Mechanical Design Engineer with 6 years of industrial experience and strong expertise in parametric modeling, complex lattice structures, and dimension-accurate CAD development. I can create clean, fully editable 3D models of tracheal and coronary Nitinol stents based precisely on your provided dimensions and reference journal paper. My experience includes working with precision assemblies and complex geometries, ensuring models are fully constrained, well-organized, and easy to modify. I understand the importance of maintaining parametric control, dimensional accuracy, and proper model structure for research and collaboration. I will deliver: • Native parametric CAD source files • Neutral STEP and STL exports • Well-structured model tree with clear naming • Material assigned as Nitinol in file properties • Confirmation note of all key dimensions I am comfortable following technical references and can ensure the lattice geometry, flare details, and structural accuracy match your specifications exactly. I am ready to work remotely and can provide accurate, reliable results within your timeline.

₹1 050 INR 7 päivässä

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@puneethDS42

Dear Client, I can develop clean, dimension-accurate, fully parametric 3D CAD models of both the tracheal and coronary self-expanding Nitinol stents in SolidWorks (2025), strictly following your provided journal reference and dimensional specifications. The focus will be on precise lattice geometry only — no vessel walls, textures, or anatomical context — ensuring the models remain lightweight, structured, and research-ready. Once you provide: - Outer/inner diameters - Overall length - Strut width and thickness - Flare geometry - Lattice topology per journal reference I will: - Build fully parametric, sketch-driven lattice structures - Use controlled circular/helix-based patterning for geometric consistency - Maintain a clean, logically organized feature tree - Assign Nitinol material properties in file settings - Validate all key dimensions before final delivery Both stents will be developed in parallel. Deliverables (For Each Stent) • Native SolidWorks part file (.SLDPRT) • STEP file (.STEP) • STL file (.STL) • Brief confirmation note listing all essential parameters The models will be suitable for: - FEA preparation - Meshing and simulation studies - Design iteration and topology modification - Manufacturing feasibility evaluation Initial delivery: 4–6 days after receiving final parameters. I’m ready to begin as soon as the journal paper and dimensional data are shared. Best regards, Puneeth Shetty

₹1 050 INR 7 päivässä