Skull with headphone vol2 ring 3D print model

cgtrader

PLEASE READ THE DESCRIPTION THOROUGHLY BEFORE MAKING A PURCHASE!!! Please subscribe to my YouTube channel to view my new work on a regular basis: https://www.youtube.com/channel/UCglaaiJhjDV2wO7xxxbq_Gg Additionally, please follow my Pinterest channel for the latest updates on my work: https://in.pinterest.com/anshu3dartist/ This item is available in one standard size, but additional sizes can be created upon request. -size 11 US (common size) Note: An update has been made to improve the ring's durability. The product comes in two versions: 1. A smaller volume of 1.99 cubic cm, ideal for a thinner and less robust version weighing around 15 grams of sterling silver. 2. A larger volume of 3.17 cubic cm, designed with greater thickness and strength, resulting in a weight of approximately 23 grams of sterling silver. The thicker version offers superior durability. Calculating pure Silver weight: Volume x 10.49 = Weight (in grams) Calculating pure gold weight: Volume x 18.49 = Weight (in grams) Calculating sterling silver weight: Volume x 7 = Weight (in grams) Please contact me for further inquiries regarding available sizes. This purchase includes OBJ and STL files, which must be uploaded to a compatible 3D printing software. IMPORTANT NOTE: Buyers are required to have a solid understanding of 3D printing processes. The user must take charge of importing the file into their 3D print software, ensuring correct alignment, adding support where necessary, etc., before commencing with the printing process. I've successfully run error-checking in Autodesk Meshmixer and Autodesk NETFABB to guarantee that this file is free from errors related to water tightness, flipped faces, holes, non-manifold faces, and other similar issues. Detailed product specifications can be found in the provided images. To ensure a successful print, I have made the interior hollow for metal casting purposes and to assist with mold creation. I have also incorporated a minimum thickness of 1mm to 2mm throughout the model. This feature has been rigorously tested using NETFABB to ensure accuracy. Additional details are outlined in the final image; please consult it for further reference. IMPORTANT: We request your continued support. Please do not share this file with anyone outside your workgroup, except where absolutely necessary.