Prototype CAD for Wearable Housings -- 2

@babanpreet852

Hello there!! I can create the two connected wearable housings with realistic PCB/battery clearance, optical openings, light shielding, cable strain relief, collar clip, and practical assembly access, while keeping the CAD fully parametric and prototype ready. I’ll start with the provisional layout and incorporate the single fit revision once the electronics positions are confirmed. Please have a look at my portfolio: https://www.freelancer.com/u/babanpreet852.html I have 8+ years of experience in 2D drafting and 3D modeling, Rendering, texturing. 3D softwares are following: 3Ds Max, Maya, Zbrush, Solidworks, AutoCAD, SketchUp. Thank you for your time and consideration.

@anmolmakkar666

With almost a decade of experience and a strong skill set in 3D CAD, Modeling, 3D Printing and Rendering, I am confident in my ability to bring your design vision for the wearable housings to life. I am well versed in multiple CAD platforms including AutoCAD, Fusion 360, and Solidworks and am comfortable working with parametric files. Throughout my career, I've worked on numerous projects where communication and precision were paramount - such as yours. From the initial provisional layout to the final revision after confirming component positions, I will keep you involved every step of the way to ensure all your specifications are met. I understand that this stage is about delivering a prototype-ready CAD design, not inflexible assumptions or specific manufacturing requirements.I word tirelessly to make sure that my designs are not only visually appealing but also highly functional, always factoring in aspects like optical openings, light shielding and cable strain relief. My aim is simple -- providing editable-step files, assembled/exploded views, print-ready STLs along with accurate dimensioned drawings showcasing wall thicknesses, clearances and fastening in the stipulated turnaround time at a competitive price. With me by your side, you can be assured of receiving deliverables that match your expectations precisely. Let's bring your wearable housing concept to life!

@studiogo07

Hello, We can develop the two connected wearable housings with a provisional layout for the forehead sensor puck and collar-mounted rechargeable hub, focusing on realistic PCB/battery space, optical openings and light shielding, cable routing, strain relief, clip geometry, and practical assembly access. We’ll provide editable parametric CAD, STEP files, assembled/exploded views, print-ready STLs, and dimensioned drawings covering wall thicknesses, clearances, and fastening. We’ll include one fit revision after the electronics layout is confirmed and can arrange a physical print/test-fit if required. Thanks

@azraazeen9

As a highly skilled and experienced freelance engineer, I have successfully executed numerous projects that align with the requirements of your Wearable Housings design. My proficiency in 3D CAD, Solidworks, and Fusion 360—combined with my extensive knowledge of product design—makes me the ideal candidate for your Wearable Housings project. In addition to ensuring visual appeal, I understand the importance of designing for functionality as the housing must accommodate PCBs and batteries seamlessly. Having worked on similar projects before, I'm conversant with the intermixing factors such as cable strain relief, optical openings and light shielding - crucial features for optimal wearable performance. My commitment to quality is unwavering, which is why I'm always keen on details such as wall thicknesses, clearances and fastening in my deliverables. Furthermore, I am proficient with ArchiCAD, Revit and Rhino grasshopper. Thus ensuring I can handle different components during the design process effectively. My devotion to providing great value is evident from my past projects; I go the extra mile to include editable parametric CAD and STEP files for both housings; assembled and exploded views; print-ready STLs; simple dimensioned drawings showing wall thicknesses, clearances and fastening.

@manusharma2992

With over a decade of experience in CAD design, I am certain that my skills and expertise perfectly align with your needs for wearable housings. My advanced proficiency in SolidWorks and AutoCAD, among other platforms, ensures that I can create precise and parametric designs, which are essential for prototypes such as the one you require. Having also worked in fields such as product design and manufacturing drawings, I bring a comprehensive understanding of how to balance aesthetics with functionality. This is crucial for your project as you require both an attractive design and realistic spaces for PCBs, batteries, and other critical components.

@kkirandeep582

With an extensive background in various creative disciplines, I bring a unique perspective and set of skills to any project I take on. I strongly believe that design should always be a perfect balance of aesthetics and functionality, and I apply this principle diligently to all my work. Having worked with industry-leading 3D modeling software like Fusion 360 and being adept at prototyping through 3D printing, I am well-equipped to handle your prototype CAD for the wearable housings project. Given the detailed requirements you've outlined, it's crucial to understand the electrical engineer's specific component positions and interfaces before iterating further on the design. Open communication, careful examination, and thorough understanding of these vital inputs will be paramount in ensuring our design aligns with your needs. Another distinguishing factor in why you should choose me is my proficiency with AI-powered content creation, which can come in handy when required. Rest assured, I am fully committed to Absolute Client Satisfaction and will do what it takes to ensure that not only can the files be opened and 3D printed as required but also that they assemble perfectly around your agreed electronics. In addition, we can discuss a physical print/test-fit if you think it would help during the process.

@DamianRaffaele

Hi, As a Senior Industrial & Product Designer (FADU-UBA) with 9+ years of experience, I specialize in turning product concepts into factory-ready reality. Beyond aesthetics and ergonomics, my primary focus is production viability. Working in SolidWorks, I apply strict DFM (Design for Manufacturing) principles across any material combination. By optimizing draft angles, wall thicknesses, and tolerances from day one, I minimize your tooling costs and eliminate factory errors. You will receive complete factory-ready deliverables: -Universal 3D CAD (STEP, IGES, Parasolid) -2D manufacturing drawings with tolerances and BOM -High-end 4K photorealistic renders (KeyShot) Click Chat to review your technical requirements. I am ready to start immediately. Best regards, Damian Raffaele Senior Industrial & Product Designer

@anthonym873

Hello, I’ve gone through your requirements carefully and understand that accuracy, presentation quality, and attention to detail are important for this project. I can take your existing plans, ideas, references, or specifications and develop them into a clear and professionally finished result. I have 8 years of experience in architecture, interior design, CAD drafting, 3D modeling, and architectural visualization, using AutoCAD, 3ds Max, and V-Ray. I don’t believe in simply completing the requested drawings or renders. My focus is on making sure the final outcome works visually, functionally, and consistently with your original brief. Most importantly, the quality of my work and your satisfaction are always my top priorities. Before starting, I’d like to clarify: Are there any specific references or previous designs you want me to follow? Do you have a preferred level of detail or final presentation standard? I’m ready to review the project files and get started.

@gzarali

Hello, I understand that these are two cable-connected wearable housings: a thin forehead puck and a collar-clipped rechargeable hub. The hub is not a docking/storage case, and the electronics dimensions are still provisional. I would build a parametric SolidWorks layout with adjustable PCB/battery envelopes, keeping the puck thin while reserving the optical openings and internal light barriers. The behind-ear cable route would have controlled exits and strain relief at both ends. For the hub, I would check clip access, battery space, fastening and a practical assembly sequence. My 12+ years in mechanical engineering and manufacturing support a practical prototype approach: wall thicknesses, screw/insert access and print clearances would be explicit. I would review the provisional layout with your electronics engineer before the included fit revision. USD105 covers both housings in editable native CAD and STEP, assembled/exploded views, print-ready STLs and simple dimensioned drawings. Turnaround is 4 working days after initial inputs, with the fit revision scheduled when component positions are confirmed. Physical printing/test-fit is not included; I can incorporate your test-fit feedback in that revision. What provisional electronics envelopes, optical fields of view and cable/connector sizes should we start with, and which printing process will you use? Gokay

@CreativeDesign50

Hello, I can create prototype-ready CAD for the forehead sensor puck and collar-clipped rechargeable hub, with proper PCB/battery accommodation, optical shielding, cable strain relief, and assembly access. I’ll start with a clean provisional layout, then revise it once your electronics engineer confirms the component positions and interfaces, keeping the design lightweight, wearable, and print-friendly. I work in SolidWorks and will deliver fully editable parametric CAD, STEP files, print-ready STLs, assembled/exploded views, and simple dimensioned drawings with wall thicknesses, clearances, and fastening details. If helpful, I can also support the fit-check with manufacturing-aware design notes for 3D printing. Please have a look at our Freelancer portfolio through the links given below. https://www.freelancer.com/u/CreativeDesign50 Best regards Kirandeep K.

@awaisshehaz

As an expert in 3D CAD, I am confident that I can deliver precisely what you need for this project. With my exceptional skills in CAD modelling and technical design, I assure you of prototype-ready 3D CAD that meets all your specific requirements. My meticulous approach will ensure that the design is not just attractive but highly functional, optimizing space for realistic PCB and battery placement, cable strain relief, optical openings, light shielding, collar clip and more. One thing that sets me apart is my focus on quality and polish. You won't be receiving just a CAD file from me; you'll get editable parametric CAD and STEP files for both housings; assembled and exploded views; print-ready STLs; and simple dimensioned drawings showing wall thicknesses, clearances and fastening. I'll keep you updated at every stage of the project to ensure seamless collaboration and review. In terms of turnaround time, rest assured that I am known for delivering work with utmost speed without sacrificing quality. Let's bring your vision to life - a wearable housing solution that reflects both beauty and functionality. My platform of choice is Solidworks, which means you get highly professional results at a competitive price. Choose me for this project, and I promise you precision in geometry, clean detailing, and production-ready files optimized for manufacturing - transforming your vision into reality.

@sakshis576

As an experienced and diverse 3D designer, I am confident in my ability to tackle the prototype CAD challenge for your wearable housings. Having a strong background in 3D printing, modeling, solid work and AutoCAD, I am well-equipped to not just create attractive designs but functional ones as well - a key aspect you mentioned for this project. Moreover, my understanding of PCB Design will ensure realistic accommodation of component positions and interfaces. I primarily use Solidworks for parametric CAD which is compatible with editable files and STEP format; hence, I can provide the deliverables you seek efficiently and effectively. What sets me apart is my commitment to quality. Not only can you expect professionally executed designs and clear documentation indicating wall thicknesses, fastening details etc., but I am also willing to go the extra mile by offering physical print/test-fit service at no additional cost.

@mouniridmed

Hello I am an experienced CAD/CAM designer specializing in CATIA, SolidWorks, and AutoCAD, with over 10 years of professional freelance and teaching experience. I excel at transforming 2D plans into precise, detailed 3D models, creating accurate assemblies, parts, and visualizations ready for manufacturing or prototyping. With my expertise in Part Design, Generative Shape Design (GSD), Drafting, and Assembly Design, I deliver high-quality, production-ready models in STL, STEP, OBJ, or FBX formats. I am detail-oriented, efficient, and committed to exceeding client expectations. You can view my portfolio here: https://www.fr.freelancer.com/u/mouniridmed Best regards, Mounir

@thanhbinh160886

I am here to bring your product to life. I'm a mechanical engineer with 11 years of experience designing industrial product, furniture product, plastic product and machine, automatic system Experience type: 3D, 2D models, Render, Sheet Metals, Machines and Devices, Industrial Products, Plastic Molds, Plastic Parts Software program: Autodesk Inventor, Solidworks, Autocad , NX-Siemens I am always glad to cooperate, I guarantee quick lead-time, information of the project is always confidential . Your project will be developed with speed and high quality, as well as all the jobs already accomplished. Please send me a message

@humartist101

Hi there, I will build prototype CAD for your connected puck and hub wearables, with cable routing, light shielding, strain relief, and collar clip. I will provide STEP and STL files, assembled and exploded views, dimensioned drawings, and one fit revision after electronics confirmation. I have experience in 3D modeling using 3ds Max, Blender, Maya, and Revit. I can create product models, jewelry designs, or any custom 3D work with high-quality results. You can view my previous work here: https://www.freelancer.com/portfolio-items/10401693-3d-costume-hoodie-render https://www.freelancer.com/portfolio-items/10388215-3d-product-models (All Types of 3D Products & Prototypes) Many Thanks Humayo.

@LandMark

Hi, Can you develop prototype-ready parametric CAD for the connected forehead sensor puck and rechargeable collar hub, including realistic PCB and battery space, optical openings, strain relief, clip, and assembly access? With over 11 years of experience in 3D CAD modeling and product development, our LandMark Engineering team can create functional, lightweight housings in Fusion 360 or SolidWorks, followed by editable STEP files, assembled and exploded views, print-ready STLs, and dimensioned drawings. We will begin with a provisional layout and incorporate one fit revision after the electronics engineer confirms component positions and interfaces. We will carefully account for wall thicknesses, clearances, fastening, cable routing, and optical alignment without assuming final PCB dimensions or tooling requirements. We can also support prototype-print preparation and test-fit considerations, ensuring the final files are manufacturing-ready and practical for evaluation. Best Wishes

@iamVutuk

Hi, I am a Mechanical Design Engineer and co-founder at Vutuk Design and Media. We specialize in miniature electronics enclosure design, wearable ergonomics, DFM (Design for Manufacturing), and rapid prototyping using FDM and high-detail resin 3D printing. Designing housing for wearable devices requires balancing tight spatial constraints for internal components (PCB, battery, sensors) with organic ergonomic comfort and environmental sealing. Using SolidWorks and Fusion 360, we will create accurate 3D CAD models optimized for seamless internal component mounting, snap-fit or screw closures, and easy prototype iterations. A few quick questions to align with your prototype specifications: Hardware Integration: Do you already have STEP/3D CAD models or exact dimensional specifications for the internal PCB, battery, and optical/touch sensors? Ingress & Material Requirements: Does the housing require water/dust ingress protection (e.g., IP67 rating with O-ring gaskets), and what primary material finish are you aiming for? Manufacturing Roadmap: Will the initial physical validation be done via resin/FDM 3D printing, with plans to transition to plastic injection molding later? Looking forward to helping you bring this wearable concept into a sleek, physical prototype! Best regards, Ashraf Ali Shaikh

@TheDesignBloke

Hello, I reviewed the requirements, and the core challenge is designing two compact wearable housings around the electronics while balancing PCB and battery clearance, optical access, cable routing, strain relief, assembly, and comfortable physical integration. I would begin with a provisional parametric layout, then refine the housings once the confirmed component positions and interfaces are available, ensuring the final CAD is suitable for printing and test fitting. I have worked on similar compact product enclosures and prototype ready CAD projects and can share relevant examples once we connect in chat. Also a quick question, will the electronics engineer provide the PCB, battery, and optical component dimensions as 3D models or only as dimensioned drawings? Best Regards, Muskan.

@StarSpark3D

Hi, I have 10+ years of experience in SolidWorks, Mechanical CAD, Product design, 3D Modeling, and 3D Printing. I can design both wearable housings with realistic PCB and battery clearances, optical openings and light shielding, cable routing, strain relief, collar clip, and easy assembly/testing access. I will provide fully editable parametric SolidWorks CAD, STEP files, print-ready STLs, assembled/exploded views, and dimensioned drawings with wall thicknesses, clearances, and fastening details. I can start with the provisional layout and make the required fit revision after your electronics engineer confirms the component positions. **Turnaround: 2–3 days | Bid: $75** Thank you.