Highly Precise Lumini (Cardiovascular )Stent CAD

@sajjadkhanemon

Hello there, This is Sajjad Khan. I am an Architect with more than 6 years of experience in my field in Design and Visualization, MEP, Structural etc. I am experienced in Revit, Rhino, Twinmotion, 3ds Max, AutoCAD, SketchUp, Lumion, D5 Render and Blender as well. I have recent experience in similar projects also. It’s an interesting project and I am really excited to start working on it. Please Get in Touch with me for further discussion on the project.. Thanks Sajjad Khan

@DavidRajaB

Hi, I can help with this project. I have experience in 3D CAD modeling using SolidWorks, Creo, CATIA, Fusion 360 and similar tools, and I can create the Nitinol braided stent (19mm × 100mm), hollow half-cylinder aorta with 2mm wall thickness, and the complete assembly with clean, simulation-ready geometry. I can provide the native SolidWorks part/assembly files along with STEP/Parasolid and STL exports, while keeping the geometry lightweight and suitable for the later ANSYS Student FEA stage with the required mesh limit. I will also ensure the critical dimensions and assembly positioning match the provided specifications and can provide a short feature-tree walkthrough if required.

@anjalio22

I’d be glad to handle your cardiovascular stent CAD project and deliver clean, simulation-ready geometry with precise dimensions. I can create the three required models: • Nitinol braided/mesh stent – Ø19 mm × 100 mm • Hollow aorta half-cylinder with 2 mm wall thickness • Accurate assembly with the stent positioned inside the aorta I’ll build the models in SolidWorks (or equivalent CAD software) with a clean, structured feature tree and ensure the geometry is suitable for your upcoming ANSYS Student FEA workflow. I’ll also optimize the stent mesh to remain lightweight and target the required under-30,000-node limitation while preserving the essential geometry. Deliverables will include native SolidWorks part/assembly files, STEP/Parasolid exports, and the requested STL for rendering. I’ll verify critical dimensions, eliminate rebuild errors, and ensure the files open cleanly without version issues. I can also provide a short feature-tree walkthrough after approval if required. Give me one opportunity to handle this project. I assure you of accurate, professional work and timely delivery. I’m also interested in supporting the upcoming FEA phase.

@vipinc61

Hi, I can assist with the highly precise CAD development of your Lumini cardiovascular stent, with careful attention to **micro-scale geometry, dimensional accuracy, repeating cell patterns, strut thickness, connectors, and controlled expansion behavior**. I can work from your existing references or specifications to create clean, editable CAD geometry suitable for engineering review, simulation, and further development. Precision and consistency will be maintained throughout the model, especially across the stent’s repeating features. You’ll receive the required CAD/source files with revisions to ensure the geometry matches your technical specifications as closely as possible. Looking forward to working with you!

@Longkts0709

With years of design experience, we are confident that we are the best choice for your design needs.

@fulberta6

Hello, I am very interested in your medical simulation project. As a mechanical engineering student with extensive experience in both SolidWorks and Autodesk Inventor, I specialize in creating clean, simulation-ready geometries. I understand the specific requirements for your stent and aorta models. I am well-versed in preparing geometries that are optimized for FEA (Finite Element Analysis) in ANSYS, ensuring the mesh remains efficient (under 30,000 nodes) while maintaining dimensional accuracy. Why I am the right fit for this project: Dual-Software Mastery: I am highly proficient in both SolidWorks and Autodesk Inventor, allowing me to deliver your native files and exports with precision. Simulation-First Approach: I design with the simulation phase in mind. I understand the importance of avoiding complex, unoptimized features that can cause meshing issues in ANSYS. Accuracy: I strictly follow the critical dimensions you provide to ensure the models meet your required tolerances. I am ready to deliver the native files, STEP/IGES, and STL outputs as requested. I am also very keen on the potential Phase 2 collaboration, as I have a strong academic and practical interest in FEA simulation. I am available to start immediately. I look forward to discussing the base paper dimensions with you. Best regards, Komlan Fulbert Agbonagban Mechanical Engineering Student & CAD/FEA Designer

@venkateshs67

As an experienced 3D designer skilled in Solidworks, I am confident in my ability to execute your project with utmost precision and efficiency. Hydraulics system design requires a keen attention to detail, not unlike your project's demand for clear specifications and accurate dimensions. My expertise in Solidworks will ensure a clean design without any unresolved rebuild errors or suppressed features, which is crucial for the success of cardiovascular simulations. Moreover, my proficiency in optimizing models for lightweight meshes and conducting quick but thoughtful calculations fits perfectly with your subsequent FEA simulation work. I understand the need for a light mesh within ANSYS Student version while maintaining accuracy, so you can count on my meticulousness for this task. Additionally, I recognize that effective communication throughout the project is crucial. If it is your preference, I can provide a short screen-capture walkthrough to document the feature tree after the geometry is signed off. It would be an honor to play my part in your valuable medical simulation project, and should you choose me for this opportunity, you can expect nothing less than high-quality deliverables that match every critical dimension outlined in your base paper.