Exoskeleton Prototype for Glasses -- 2

@Hmdlawal

Crafting innovative designs within the realms of demanding parameters is an area where I thrive. My mastery in CAD Product Design combined with years of experience in Architectural Visualization and 3D Printing makes me an ideal fit for your Exoskeleton Prototype for Glasses project. I have considerable knowledge and comprehend the importance of material selection, structural integrity, and flexibility in designing wearable technology. I understand the significance of lightweight, durable, and flexible designs specifically tailored for sports equipment. In a venture like yours, 3D Prototyping is crucial, requiring not just proficiency but also a creative problem-solving mindset. I have consistently delivered precise, production-ready work amidst short deadlines, a trend that I intend to maintain. Lastly, I am an ardent communicator who greatly values client satisfaction. To ensure our designs align with your vision, I am open to Zoom consultations at any point during the project. With my skills in SolidWorks, Fusion 360, AutoCAD, Creo, 3ds Max, Maya, Blender & KeyShot coupled with my experience in DFM and Manufacturing Support; I am ready to create an exoskeleton prototype that comprehensively protects and enhances your prescription glasses during football matches. Thank you for considering me for this project as I look forward to lending my expertise to your team!

@ranag32

Hi there, I read your project description, and this is a great design challenge. Creating an exoskeleton for prescription glasses in a high-impact environment like football requires a careful balance between structural protection, weight, and shock absorption. I have extensive experience in CAD modeling, functional prototyping, and additive manufacturing—specifically designing low-profile wearable gear that can withstand dynamic force without adding bulk. I will take your AI-generated concept image and translate it into a production-ready 3D model (STL/STEP) engineered specifically for 3D printing.

@Harishchander205

I propose an exoskeleton-style protective structure for eyeglasses, using one of two complementary approaches: a flexible wearable shell or a rigid frame with elastic alignment. The flexible wearable uses soft, durable materials to form a conforming sheath around the existing frames. It cushions impacts, distributes forces, and adapts to varied face shapes, reducing pressure points and the risk of frame bending. Secure yet removable attachment (snap clips or integrated sleeves) allows cleaning and interchangeability. The solid-frame approach uses a lightweight, rigid skeleton to preserve geometry and resist deformation. Elastic elements connect the frame to the face, allowing the structure to align with different facial profiles. This hybrid maintains optical alignment under load, prevents twisting, and provides predictable protection performance. Elastic components must retain resilience over many cycles; adjustable points ensure a good fit. Aesthetic options and low-profile profiles encourage regular use. For manufacturing, consider injection molding or 3D printing for prototyping and scalable tooling for production. A practical concept is a thin rigid contouring skeleton this prevents bending while elastic attachments ensure comfort and alignment.

@IstvanBali

I’d be very interested in designing this exoskeleton and turning your AI-generated concept into a functional, 3D-printable prototype. I’m a mechanical engineering student with hands-on experience in 3D CAD, product design, prototyping and 3D printing. I can take your reference image and develop it into a properly dimensioned, manufacturable model while keeping the design lightweight, durable and flexible enough for football use. For the attachment, I can evaluate options such as snap-fit clips, a wraparound structure or flexible/elastic retention depending on the glasses geometry and required level of protection. I’ll also pay attention to stress concentration, wall thickness, flexibility zones and print orientation so the prototype is practical rather than just visually accurate. I can provide a clean, production-ready CAD model suitable for 3D printing, with the design optimized for strength and comfort. I’d be happy to discuss the concept and start developing the first prototype from your AI-generated image.

@Benjamin3659

Hi, Transforming an AI-generated concept into a physical, 3D printable product requires more than just standard modelling - it requires real-world physics to ensure that the exoskeleton actually protects the users' eye wear. As a Mechanical Engineer with years of real world experience and hundreds of hours simulating designs, I can take your AI concept and engineer it into a highly manufacturable design meticulously optimised for user safety. My approach to your project: Body proportions: I will use 3D scans of facial geometry to inform my design choices. Parametric CAD modelling: I will design the exoskeleton using FreeCAD, ensuring that the geometry is sound, lightweight and contoured. Finite Element Analysis: The crux of this project. To go from an AI concept to real world personal protective equipment, it is CRUCIAL for the designs to be accurately simulated to test their performance against a range of different representative forces applied on them. Deliverables: I will provide the final production files in an array of universal formats suitable for further CAD iterations and 3D printing (STEP, STL, 3MF). I process all of my engineering tasks on a high performance workstation, allowing me to iterate and run simulations rapidly, ensuring swift delivery. I am ready to start on this project immediately. Best regards, -Benjamin Owen