KOOR...Mini V1 – AI Receptionist Robot Body Design & Prototype

@Mahihassi

Hello, I am Sardar Hasnain from MHTechFusion, and I can assure you that our multidisciplinary engineering team has the depth of experience necessary to bring your KOOR...Mini V1 AI Receptionist Robot to life. With our skill set that encompasses mechanical engineering, product design, and development coupled with our proficiency in 3D CAD modeling, we can create a professional and manufacturable design meeting all your specifications while ensuring it remains low-cost for small-scale manufacturing as needed in India. Our expertise lies not just in designing impressive models but in optimizing them for efficient manufacturing. Through our Design for Manufacturing (DFM) and Design for Assembly (DFA) approach, we've honed our ability to convert complex concepts into practical solutions without compromising on quality or functionality. Our work includes everything from precision assemblies with tight tolerances to fluidic pathways and controlled flow structures – skills that will prove invaluable in giving the Mini V1 a cutting-edge design. Moreover, at MHTechFusion, we understand that great designs should not be limited by its immediate scope, but should provide solid foundations for future iterations. We have designed product architectures that are scalable as well as modular which aligns perfectly well with your vision of expanding the KOORMEX family in the future.

@M2Safwat

I’m a Mechanical Design & Production Engineer experienced in SolidWorks, product development, sheet metal, aluminum structures, 3D printing, laser cutting, and prototype fabrication. I can take the existing concept through CAD refinement, manufacturing drawings, BOM, and physical prototype assembly. I focus on keeping the design professional, modular, low-cost, and practical to manufacture, while allowing future KOORMEX variants to build on the same architecture. Happy to review the existing CAD and discuss the design and prototype scope.

@SahilRao1247

Reviewing the existing design files, I will identify any mechanical problems and suggest improvements to ensure a smooth fabrication process. Next, I will create a professional 3D CAD model of the robot enclosure, including internal frame, front panel, side panels, and electronics mounting area. I will provide manufacturing drawings, including STEP/STP, DXF, and PDF technical drawings. With my experience in 3D Modelling, I will ensure the design is attractive, easy to manufacture, and meets the requirements for low-cost construction. I can fabricate one physical prototype using preferred manufacturing methods. What are the specific electronics integration requirements for the prototype?

@GridsmithLTD

Hello, the main challenge is turning the existing concept into a professional, modular enclosure that looks commercial while remaining low cost, serviceable, and practical to fabricate with aluminium extrusion, panels, and simple fastening methods. I would review the existing CAD and fabrication references first, then refine the frame, panels, electronics mounting, ventilation, cable routing, access points, and assembly details with future product variants in mind. I have worked on robotics enclosures, industrial product design, electronics housings, aluminium extrusion, sheet materials, and prototype ready CAD documentation and can share relevant examples once we connect in chat. Also a quick question, are the current internal electronics dimensions and mounting locations already fixed, or can the enclosure architecture be adjusted around the final component arrangement? Best Regards, GridSmithLTD

@DigitalArtForge

I’m Kaif Hasan. I saw your project and wanted to help you. I’d refine the robot around a modular 20×20 extrusion frame, serviceable panels, clean cable routing, and fabrication-ready joints so V1 stays low-cost while supporting future versions. 1. Can you share the existing STEP, DXF, PDF drawings, and reference CAD for review? 2. Do you already have the exact dimensions and mounting requirements for the electronics and speaker/microphone components? I’m new on Freelancer, but I have 7+ years of experience, and I’m offering the most reasonable rates to build great client relationships. Portfolio: https://www.freelancer.com/u/DigitalArtForge Best Regards, DigitalArtForge

@mohamedj97

A robot that looks good in CAD is easy. Designing one that can actually be fabricated, assembled, serviced, and reproduced is the real challenge. That’s exactly where I can help with KOORMEX Mini V1. I can refine your concept into a manufacturing-ready SolidWorks assembly with the aluminium extrusion frame, panels, mounting points, service access, cable routing, ventilation, fasteners, DXF files, technical drawings, BOM, and assembly details. I’ve also worked on a real electric golf car project, where I designed the chassis, performed FEA using SolidWorks/ANSYS, and took the design to actual manufacturing. So I’m used to thinking beyond the CAD screen and considering how the parts will actually be fabricated and assembled. If you send me your current STEP/DXF/PDF files, I can first review the design and identify potential fabrication or assembly problems before they turn into prototype cost. Are you looking for someone to deliver only the CAD package, or CAD + physical prototype fabrication?

@Saadraza5577

As an experienced Full-Stack Developer and a Creative Video Production Specialist with a versatile skill set that includes 3D Modelling, I’m confident that I'm the ideal candidate for your KOOR...Mini V1 project. Over 9 years in the industry, I've developed an in-depth understanding of how to turn concepts into tangible, cost-effective products. My ability to connect and optimize every aspect of product creation from web development to 3D modeling will prove essential in this project. My forte in 3D Modelling allows me to create/refine professional CAD models with a keen eye on details like cable routing and ventilation, which are critical for mechanical integration. In addition, my experience in working with various manufacturing methods such as laser cutting and CNC cutting aligns perfectly with your preferred approach for robot production. I also have extensive knowledge in working with aluminium extrusion, simple bending, and 3D printing if needed for small brackets. Moreover, the importance of modular design in line with future versions is well understood. I value the significance of designing V1 simply and inexpensively while remaining open to accommodate the changes that future iterations may bring. Together we can make this exceptional project a reality by delivering finalized CAD files, manufacturing drawings, conducting a prototype fabrication while keeping a strong focus on your desired low-cost manufacturing process suitable for India.

@baou09

Hello, I can take the CAD/design phase of KOORMEX Mini V1: review your STEP/DXF/PDF references, refine the 20 x 20 mm frame and service panels, reserve measured spaces for the SBC, audio, power and wiring, then prepare STEP, panel DXFs, assembly drawings, cut lists and a BOM. I have an original parametric reception-robot enclosure concept with STEP and DXF exports here: https://www.freelancer.com/portfolio-items/11610575-robot-enclosure-cad-concept. It is a concept study, not a fabricated robot. My bid is $20/hour for the CAD phase; I estimate 20-30 hours over 5-7 days after receiving the source files and component dimensions. Physical prototype fabrication, materials, shipping and tooling are excluded from this bid and should be quoted separately by an India-based fabricator after CAD approval. Could you share the existing files and the exact dimensions/mounting patterns of the electronics? I can then confirm the design scope and handoff for your local prototype team. — Abdel

@ElectronicsMust

Dear Client, For a commercial AI receptionist robot, the body design must do more than look attractive—it must provide a rigid structure, clean electronics integration, easy maintenance and a practical path from one prototype to small-scale manufacturing. I have 11+ years of product-development experience across 500+ assignments involving electronics-enclosure integration, 3D modelling, STEP-based fit checks, 3D printing, DFM and prototype development. My approach: Concept Review → CAD Audit → Mechanical Architecture → Electronics Integration → Manufacturing Drawings → Prototype Fabrication I would focus on the 20×20 mm aluminium extrusion frame, acrylic/ACP/PVC panels, removable service access, stable base, speaker/microphone/LED openings, electronics mounting, ventilation and fasteners while keeping V1 simple and cost-effective. I can support 3D CAD refinement, STEP/STP, DXF laser-cut files, PDF manufacturing drawings, BOM, aluminium cut lists, assembly drawings, panel details and prototype fabrication, with attention to future modular versions. Two important questions: 1. Are the SBC, speaker, microphone and PSU dimensions already frozen? 2. Should V1 accommodate a future display module without changing the main frame? If you message me, I’ll identify the first three mechanical decisions I would lock before fabrication to ensure the prototype is professional, serviceable and ready for future production. Kind Regards, Avi Gupta Quality is never an accident

@rathodanil21

I Have around 10 years of experience in Mechanical Design and creations of drawing and BOM Creation.

@Geldra

Hi! I'm an electronics technician who designs and builds functional enclosures in Fusion 360, so a robot body that has to house speakers, mics, LEDs and electronics is exactly my kind of project. In my portfolio you can see a custom robot case I designed around an Alexa smart speaker, plus several electronics enclosures. How I'd approach KOOR Mini V1: 1. Review your STEP / DXF / PDF files and send you a short list of mechanical issues and fixes before anything gets cut. 2. Rebuild the full CAD: 20x20 extrusion frame, 3 mm flat panels, removable rear service panel, base with rubber feet, and internal mounts for speaker, mic, LED face, electronics shelf, cable routing and ventilation. 3. Keep everything flat-panel and low-cost: no curved moulds, standard fasteners, simple to assemble for 1 unit and later 10-100+. 4. Deliver STEP, DXF per panel, PDF drawings with dimensions, a BOM and assembly notes. Since I understand the electronics side, I'll make sure heat, cable paths and service access actually work, not just look good. Note: I'm based in Argentina, so I'd handle all the design, drawings and fabrication files remotely for your local workshop. I can also 3D print small custom parts (mounts, grilles, brackets) if useful. Could you share the current files? I'm happy to start with the design review. Thanks! Lautaro - NEWWAVE3D