STARERS Glasses for masses

Model Overview & Print Notes

Summary Only one truly working 3D printed glasses out there. Looking for a new pair of glasses but don't want to spend a fortune? Check out our 3D printed glasses made from PLA! These glasses are designed to be affordable and accessible for everyone, no matter where they live. With our open source design, you can download and print your own glasses at home, or take them to a local 3D printing service. Whether you need reading glasses, prescription glasses, or sunglasses, our 3D printed glasses are a great option for anyone looking for an affordable, stylish, and eco-friendly pair of glasses. Eyewear manufacD turers keep you in a world where you don't choose your glasses according to your own parameters but according to fashion trends that are predetermined for you. The eyewear industry is dominated by a few large companies that have a monopoly on production. This means that the prices of glasses are artificially high, and many people around the world cannot afford to buy a pair of glasses. With our 3D printed glasses, we are working to break the monopoly and make glasses more affordable for everyone. The global eyewear market, which is made up of spectacles, contact lenses, sunglasses, and other eyewear products, was estimated to be worth around 140 billion U.S. dollars in 2020 and was forecast to reach a value of 197.2 billion U.S. dollars by 2027 and which is dominated by single player. Read more at www.starers.eu Changelog okuliare29.stl : shape of sides was changed so they will better fit most head and make less stress on center joint piece center joint piece was reshaped (now you dont need to glue it in place jus needs to be pinched in by little force Latest version okuliare30.stl : shape of sides was changed so they will better fit most head and make less stress on center joint piece center joint piece was reshaped (now you dont need to glue it in place jus needs to be pinched in by little force (enhanced) middle nose part was reduced in material. okuliare40.stl : complete redesign > moved to CAD from mesh best design yet, no need to glue center part, just gently push the piece in. Finishing Materials FDM 3D printed glasses frame. 2. Sandpaper (400, 600, and 800 grit). 3. Water. 4. Soft cloth. Steps Begin by sanding the frame with 400 grit sandpaper to remove any rough or jagged edges, this will also help to smooth out any layer lines or imperfections in the surface of the frame. 2. Next, use 600 grit sandpaper to continue smoothing out the frame, paying extra attention to any areas that may still feel rough or have noticeable layer lines. 3. Finally, use 800 grit sandpaper to achieve a smooth and polished finish on the frame. 4. Rinse the frame with water to remove any dust or debris from sanding, and dry it off with a soft cloth. And that's it! With just a few simple steps, you can sandpaper and finish your FDM 3D printed glasses frame to achieve a polished and professional look. Print Settings Printer Brand: Bambulabs Printer: Bambu P1S Rafts: No Supports: No Resolution: 1.2 Infill: 20 Filament: any PLA, PTEG any Notes: Use outer and inner brim 5mm and brim object gap 0.2mm. This will make shape clean with easy brim removal and no deformities on edges. Post-Printing Step 1: Determine the Lens Type The first step in ordering edging of lenses for your 3D printed glasses frame is to determine the type of lens you need. There are several different types of lenses, including single vision, bifocal, and progressive lenses. Single vision lenses are the most common type of lens and are used for correcting one type of vision problem. Bifocal lenses are used for people who need both distance and close-up correction, while progressive lenses are used for people who need multiple vision corrections in one lens. Once you determine the type of lens you need, you can move on to the next step. Step 2: Determine the Lens Material The next step in ordering edging of lenses is to determine the lens material. There are several different materials to choose from, including plastic, polycarbonate, and high-index lenses. Plastic lenses are the most affordable option and are suitable for people with low to moderate prescriptions. Polycarbonate lenses are more durable and impact-resistant, making them a good choice for people with active lifestyles. High-index lenses are the thinnest and lightest option, making them a good choice for people with higher prescriptions. Step 3: Measure the Pupillary Distance (PD) The pupillary distance (PD) is the distance between the center of each pupil. It is an important measurement when ordering lenses because it helps ensure that the optical center of the lens is aligned with the center of the eye. To measure your PD, you can use a ruler or a PD measuring tool. If you're not sure how to do this, you can ask your optometrist or optician to measure your PD for you. Step 4: Choose the Lens Coating The next step in ordering edging of lenses is to choose the lens coating. There are several different coatings to choose from, including anti-glare, scratch-resistant, and UV protection. Anti-glare coating can help reduce glare and improve the clarity of your vision, while scratch-resistant coating can help protect your lenses from scratches. UV protection is important for protecting your eyes from harmful UV rays. Step 5: Place Your Order Once you have all the information you need, you can place your order for edging of lenses. You can order your lenses from a variety of sources, including your optometrist, optician, or online eyewear retailers. When placing your order, be sure to provide all the necessary information, including the type of lens, lens material, PD, and lens coating. Step 6: Wait for Delivery and Installation After you place your order, you will need to wait for your lenses to be delivered. Once you receive your lenses, you can take them to your optometrist or optician to have them installed in your 3D printed glasses frame. Your optometrist or optician can ensure that your lenses are properly aligned and fitted to your frame. How can an optometrist measure the shape of a lens if there's no existing lens? Optometrists can use different methods to measure the shape of a lens without an existing one. One way is to use a special machine called the Briot Scan 8 tracer. This machine can easily trace the shape of a glasses frame and provide accurate measurements, even for difficult frames with curves. Another way is to use a 3D scanner or manual measuring tools to get the shape of the glasses frame. Overall, the specific method used will depend on the optometrist's preference and the equipment available in their office. Briot Scan 8 tracer