Part 7 - 3D Shirt Puzzle Configurator - SLEEVES 3D model
cgtrader
My name is Manunta Melinda, I'm a 3D fashion designer, and I've prepared all the PARTS for the men's SHIRT from scratch. These two pieces are specifically designed to be perfectly matched with other T-shirt configurator models that you can find in my shop. They're incredibly easy to use, making it a breeze to display your products with maximum visibility online. The 3D models contain all the details you need, including upper points and buttons for UV maps as well as stunning 4K materials that will make your products stand out. I've invested significant time in crafting each aspect of this model to ensure it meets the highest standards. I built this model using CLO3D (part of the Marvelous Designer family), which allows me to create high-quality, quadmesh designs. This ensures that every detail, no matter how small, is captured with precision and accuracy. Here are the key details of this 3D MODEL: Sleeves come in two different Types. It features an array of advanced 4K materials, including Color-, Alpha-, Normal-, Specular-, and Displacement maps, to give your products a photorealistic look. With just a few clicks, you can assemble two unique variants. I've loaded this configurator into several packages on my shop, and I encourage you to check them out for more complex solutions if needed. This package is fully compatible with other configurators that I recommend in my shop. If you have any custom requests or need adjustments made to this model, feel free to contact me directly. As a 3D tailor with real-world experience under my belt, I can help you bring your vision to life with tailor-made solutions. So go ahead, explore and enjoy! Thanks, Melinda
With this file you will be able to print Part 7 - 3D Shirt Puzzle Configurator - SLEEVES 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Part 7 - 3D Shirt Puzzle Configurator - SLEEVES 3D model.