Detailed stifle Implant CAD Design veterinary

@Mish1106

Hi, A dog's stifle has its own curve and groove so the articulating surfaces have to follow the canine shape. I'd drive them from a few named parameters in Fusion 360 such as condyle radius and groove depth. Then one model makes every size and later edits won't break your FEA or CAM. First I'd rebuild your preliminary model into a clean feature tree and send a render of the surfaces to check. Then you'd get the native file and STEP and IGES plus annotated drawings. Is this one implant size or a range across breeds? What format is the preliminary model in?

@Mahihassi

I hope you're as excited about taking this CAD model to the next level as I am! With over a decade's worth of experience in multidisciplinary engineering and a strong focus on mechanical design and CAD, my team at MHTechFusion has all the essential skills and expertise you need for this highly specialized project. We specialize in transforming initial concepts into practical, manufacturable designs, which is exactly what you're looking for. Our proficiency with Fusion360 and other parametric platforms will prove critical in delivering outputs that adhere to strict orthopedic drawing conventions while being flexible for future revision management. We understand the importance of not just generating a model, but supplying clean, editable feature trees, STEP/IGES exports for compatibility, and detailed 2D drawings. Long-term functionality of your project won't be constrained thanks to our knowledge in DFM, DFA, tolerance analysis, and stack-up calculations. While we've worked on various product types including mechanical enclosures, assemblies with tight tolerances, and fluidic pathways, our recent projects have taken us into the healthcare industry where we optimize designs for human wellbeing. Putting my Mechanical Engineering background to use, we provide personalized nutrition planning, diet strategies¸ supplement guidance combined with exercise planning as well.

@Ryan15222

Hi, I’m a mechanical/product design engineer with 5+ years of experience in precision CAD, mechanical assemblies, FEA-oriented modelling and manufacturing documentation. I can take your existing knee-joint implant concept through final CAD refinement while maintaining a clean, editable parametric model. I can support: - Accurate articulating surfaces and controlled clearances - Parametric Fusion 360/SolidWorks/Inventor modelling - FEA-ready geometry with appropriate feature structure - STEP/IGES exports - Detailed 2D drawings with tolerances, materials and surface finishes - Design-for-manufacturing considerations - Geometry and assembly checks before final delivery Because you will be using the files directly for FEA and CAM, I would focus on maintaining robust feature history, clean geometry, consistent references and a revision-friendly design structure rather than simply producing a final solid. I understand that orthopedic implants are a highly specialized and safety-critical application. I would therefore work strictly from your supplied design requirements, engineering specifications and applicable drawing/manufacturing standards, without making unsupported clinical or regulatory assumptions. I primarily work with SolidWorks, Inventor and Fusion 360 and can provide neutral STEP/IGES formats as required. Best regards,

@miskinarati

Hi there, I can help with the veterinary stifle implant CAD design, focusing on accurate geometry, anatomical fit, and manufacturability. I have 7+ years of experience in 3D CAD, mechanical design, FEA, and engineering analysis, using SolidWorks, Fusion 360 and ANSYS. Deliverables: Detailed 3D implant CAD model Anatomically compatible geometry Dimensions, tolerances and critical features Assembly/interface modelling Manufacturing-ready drawings FEA analysis if required STEP/IGES/STL and native CAD files I can work from existing dimensions, sketches, CT/scan data, or reference models. Could you please share the available anatomical data/reference model and required implant specifications? Best regards, Arati M.

@muhannadbukhamse

Hello This is Mohand, a professional mechanical engineer with experience in precision CAD, parametric modeling, complex articulating mechanisms, tolerancing, and manufacturing documentation. I have worked on similar high-precision mechanical components where surface geometry, clearances, dimensional control, and manufacturability were critical. I can refine your existing knee-joint implant model into a clean, editable parametric design suitable for downstream FEA and CAM while preserving the established design intent. My deliverables and scope will include: ☑️ Refined native Fusion 360/equivalent parametric model with clean feature tree, controlled articulating surfaces, interfaces, and clearances. ☑️ STEP/IGES exports verified for geometry integrity and reliable transfer into FEA/CAM workflows. ☑️ Fully annotated 2D manufacturing drawings with tolerances, materials, surface finishes, critical dimensions, and revision-ready organization. Main questions for the project: Can you provide the current CAD model, design specifications, material requirements, and critical articulating-surface tolerances? Are there existing FEA results, manufacturing constraints, or applicable orthopedic drawing/quality standards that must be incorporated? Thank you, and I can review the existing model and provide relevant precision CAD/manufacturing examples before starting.

@futrasabbas9

Hello, I can help refine your knee-joint implant CAD into a clean, manufacturable, and analysis-ready model. I have strong experience in mechanical design and FEA-driven product development, particularly with load-bearing components where geometry, contact surfaces, clearances, tolerances, and material definition directly affect structural performance. I can review and refine the existing geometry, ensure accurate articulating surfaces and proper clearances, and prepare a fully editable parametric model suitable for your subsequent FEA and CAM work. Deliverables can include the native CAD files, STEP/IGES exports, and detailed 2D manufacturing drawings with tolerances, material specifications, and surface-finish requirements. I will also ensure the model is clean, well-organized, and easy to modify for future design iterations. Please share the current CAD files and any design/manufacturing requirements so I can review them and confirm the scope, timeline, and budget.

@subodhkumarv2015

Hi, there I hope you’re doing well. I’m a Mechanical Engineer with strong experience in SolidWorks, Fusion360, Inventor, product design, 3D modeling, Printing, and manufacturing drawings. I’ve completed many projects as following: • 3D modeling and mechanical design with functions • Detailed engineering drawings and GD&T • Product development from sketches or new concept idea • 3D printing(STL) and Design for manufacturing (STEP) • High qualitied Rendering I can deliver accurate results and fast revisions, and I always maintain clear communication and reliability. I’d be happy to discuss your project details and start immediately. Looking forward to working with you. Best regards

@RoniArchitect

Hi, I’d be happy to help finalize your knee-joint implant CAD model. I have strong experience in detailed parametric CAD, precise 3D modeling, tolerances, and manufacturing-ready drawings. I can provide a clean editable feature tree, STEP/IGES exports, and fully annotated 2D drawings with tolerances, materials, and surface finishes. I can work in Fusion 360 or an equivalent parametric platform and ensure the files are organized for FEA, CAM, and future revisions. I’m ready to review your existing files and start immediately. I can also provide relevant CAD samples.

@omoobasays

Hi, I can help take the existing knee-joint implant model through the final CAD refinement, focusing on clean parametric modelling, accurate mating/articulating geometry, clearances, manufacturability and properly organized documentation. I have experience with mechanical/product design using CATIA, SolidWorks and related CAD tools, including detailed 3D modelling, assemblies and manufacturing-oriented drawings. I can work with the existing design and preserve a clean, editable feature structure, then provide the required STEP/IGES exports and annotated 2D drawings with the specified tolerances, materials and surface finishes. For a project this specialized, I would first review the existing model, design requirements and applicable drawing conventions before making any geometry changes. I can also structure the model so it remains practical for your subsequent FEA and CAM workflows. I don’t want to claim previous orthopaedic implant work if that is specifically required, but I can provide relevant mechanical/product CAD samples demonstrating the type of detailed modelling and manufacturing documentation I can deliver.

@sharmagaurav1022

Hi there ! As a seasoned mechanical & product 3D CAD designer, I am confident in my abilities to meet and exceed your project expectations. With a extensive knowledge in utilizing Fusion360 -a platform you prefer for FEA and CAM- I will ensure thorough and precise design consideration of your knee-joint orthopaedic implant. Moreover, my skills in 3D Modelling, Rendering and my mastery of platforms like SolidWorks show that I am comfortable working in a parametric environment with a keen appreciation for the importance of accuracy, clearances, articulation surfaces among others for manufacturability. I have Amazing 3D Rendering skills that let me create incredibly detailed and impressive 3D models. Using this skill, I provide you the opportunity to see how the final product would exactly look even before manufacturing it. Importantly, deploying software like Blender, SketchUp will giveclean editable feature tree that you require so that painless future revisions are facilitated Thanks & regards Gaurav Sharma....

@Specgi

I’m interested in working on your Detailed Stifle Implant CAD Design project. I have experience with 3D CAD modeling, mechanical component design, and developing detailed parts with attention to dimensions, fit, functionality, and manufacturability. I can create a precise implant design based on your requirements, reference data, and technical specifications. For this project, I can develop the detailed CAD model with accurate geometry, dimensions, tolerances, and appropriate design features. I will carefully follow your provided anatomy/reference files and design requirements while maintaining a clean, organized, and editable CAD structure. I can also incorporate revisions based on your feedback to ensure the final model matches your expectations. I’m committed to delivering accurate, professional-quality CAD work with clear communication throughout the project. I can provide the final files in the required CAD format and ensure the design is ready for further engineering review, prototyping, or manufacturing. I’d be happy to discuss your specifications, preferred CAD software, file formats, and project timeline before getting started.

@sahadahmedk

Hi, Could you share the current state of your CAD model? Understanding the existing work will help me refine and enhance it to meet your requirements for manufacturability. I have extensive experience in CAD design for medical devices, especially orthopaedic implants. Using Fusion360, I can create a precise, manufacturable model with detailed articulating surfaces and correct clearances. I will ensure the final deliverables include a native 3D model with an editable feature tree, as well as STEP/IGES exports for compatibility. I’ll also provide annotated 2D drawings that follow standard orthopaedic conventions, detailing tolerances and material specifications. My previous work includes designing joint prostheses, so I understand the intricacies involved in this process. Let me know if you’d like to discuss this further. Best regards, Sahad Ahmed K Mechanical Design Engineer

@Aaleen110

The articulating surfaces need precise definition for correct joint function, so I build these directly from established biomechanical data in AutoCAD, not approximating them. I will deliver a fully refined, manufacturable model with accurate articulating surfaces, also correct clearances and production-ready documentation in Fusion 360, also providing STEP and IGES exports and annotated 2D drawings detailing tolerances, material call-outs and surface finishes. What is the specific implant size range you are targeting for this model? Send the conceptual and preliminary files so I can begin. I have a 5.0 rating across 10 reviews here and Preferred Freelancer status.

@MusouDigital

Hi there, we have recently completed a similar project and would love to share some references. Your detailed stifle implant CAD design sounds right up our alley, and we would love to exceed your expectations. We understand the importance of creating a polished, manufacturable model with accurate articulating surfaces and production-ready documentation. Our expertise in Fusion360 ensures that your files will be ready for FEA and CAM, while also providing STEP/IGES exports for universal compatibility. We have multiple 5-star reviews on similar projects and rank in the top 1% among 75 million users! While we might be new to Freelancer, we have over 9 years of experience off-site, and I truly appreciate you taking your time to review our proposal. I would love to discuss this project more. Kind regards, Trichelle

@DigitalOasisX

EVEN IF YOU DON'T HIRE ME, YOU'LL WALK AWAY WITH A FREE CONSULTATION. I see you're looking to finalize a CAD model for a knee-joint implant with precision and attention to detail. I specialize in creating manufacturable models, ensuring accurate articulating surfaces and optimal clearances. My experience with Fusion360 and a solid understanding of orthopaedic standards will expedite your project and ensure documentation meets compliance. Benefits include: - Time savings with clear, organized files for future revisions. - Fewer errors through meticulous attention to tolerances and material specifications. Here's how I'd approach it: - Review existing designs to identify any necessary refinements. - Develop the model with a clean feature tree and adhere to conventional drawing standards. - Prepare comprehensive exports and annotated 2D drawings for compatibility. While I might be newer to Freelancer, I bring 5+ years of experience delivering this kind of work off-platform and multiple 5-star reviews to back it up. I’d love to offer you a no-obligation consultation to discuss your project further. Kind regards, Carly Z.

@ironhand

Hi , I’ve carefully reviewed your project "Detailed stifle Implant CAD Design veterinary", and I’m confident that my experience with CAM, 3D Design, AutoCAD, CATIA, 3D Modelling, Mechanical Engineering, Autodesk Fusion 360, 3D Rendering, Fusion 360 and CAD/CAM makes me a strong fit for this project. I have 8+ years of experience developing and completing similar projects, and I understand the importance of delivering reliable, efficient solutions. I can help you with your project from start to finish and will make sure the final result meets your requirements and expectations. I’m also happy to discuss the details, understand your specific goals, and suggest the best approach. If you’re interested, click the Chat button and send me a message. I’d be happy to discuss your project and get started. I look forward to hearing from you. Best regards, Viggo

@alfatrade2

Stifle joint articulating surfaces are where a model like this usually fails in CAM, because tangent-continuity errors between the femoral condyles and the tibial insert only show up once you mill. I'd check that before drawings. I've done fabrication drawings and fixture design for aluminium profile production, plus an AutoCAD data-sync plugin. Which species and implant size range is this for, and do you already have tolerance targets for the bearing surfaces?

@petkov2

Hi,Eamon. I’m a Mechanical Design Engineer with 7 years of CAD experience, working primarily in SolidWorks 2025, and I can help take your existing knee-joint implant model through the final refinement and documentation stage. Since the conceptual work is already complete, I would focus on preserving the intended design while carefully refining the geometry for manufacturing, FEA, and CAM. In particular, I can review the articulating surfaces, mating interfaces, clearances, feature transitions, and critical dimensions so the final model is clean, parametric, and suitable for downstream engineering work. I’m comfortable signing an NDA and working with confidential engineering data. I can provide relevant precision mechanical CAD examples and discuss the existing model with you before finalizing the scope and price.

@fatemehm56

This proposal outlines a comprehensive CAD design solution for a veterinary stifle (knee) implant intended for use in canine or feline orthopedic reconstruction, particularly for cases involving cranial cruciate ligament rupture, patellar luxation correction, or total knee arthroplasty. The scope includes anatomical analysis based on CT/MRI imaging data of the target species, parametric 3D modeling of femoral and tibial components, and design of associated fixation elements such as stems, pegs, or screw holes. The design will account for species-specific anatomical variation (breed size, joint geometry, and bone density differences), ensuring the implant profile matches natural biomechanical load paths while minimizing soft tissue impingement. Deliverables will include native CAD files (SolidWorks/Fusion 360 or client-preferred format), STEP/IGES exports for manufacturing compatibility, and STL files suitable for 3D-printed surgical models or prototypes. Design Methodology and Technical Approach The design process will follow a structured workflow beginning with reverse engineering of anatomical scan data, followed by surface reconstruction and reference geometry extraction to define articulating surfaces accurately. Finite element analysis (FEA) considerations will be integrated early in the design to validate implant strength under simulated gait loading, ensuring the component withstands cyclic stress without fatigue failure.