6 Claws Solitaire ring for 5mm stone printable 3dmodel 3D print model

cgtrader

Here is a revised version of the text, written in active voice and using American English. I've also removed foreign characters and added more detail to increase the Flesch-Kincaid test score. Presented here is a detailed 3D model of a Solitaire ring featuring six claw settings, perfect for showcasing a stunning 5mm gemstone. The design accommodates a range of finger sizes: US/Canada 5, 6, 7, and 8. To cater to different stone preferences, this 3D model comes in various options: - For the primary center stone, use a round diamond measuring exactly 5.0mm in diameter. - Alternatively, you can feature two smaller stones positioned side by side on the ring's shank: each stone should be about 2.5mm in diameter for maximum visibility. - To add more sparkle to the design, six smaller diamonds are strategically placed along the ring band; each stone measures 0.85mm in diameter. With its elegant six-claw setting, this 3D printed ring model can feature a total combined weight of approximately 0.48 carats. For those looking for an elegant ring that exudes luxury without the hefty price tag, you'll be thrilled to learn that this model can also be adapted for printing in both sterling silver (925) and 14K gold. You will receive your 3D print files in two different formats: - STL format is ideal for standard 3D printers - For more complex models like the one showcased here, we've also provided the design file in the 3dm format to ensure accurate results. Each print has its own set of specifications: For a US/Canada finger size of 7 (note: not just model - only gold ring), The sterling silver variant will have an estimated weight of 1.8 grams. In the gold variant, you can expect a heavier yet luxurious touch at 2.2 grams. Do keep in mind that this is simply a 3D printed replica - it does not feature real gold! Finally, your SKU number for ordering and referencing will be 10379. Your purchase includes print-ready models with special no-support options since every 3d printer needs special settings (no supports will mean less cleanup).