3d Stories

ㅤ╭𝖗۪࣭۫𝖔꯭۫۫𝖈࣭࣭࣭𝖐꯭۫࣪𝖘𝖙꯭۪۪𝖆ֹ࣭࣭۫𝖗 ꯭𝖙̷ׄ𝖍̷۪۪𝖊̷꯭۫࣪𝖒̷꯭ׁ࣭࣭𝖊̷┅̸᳟᪳╼̸᳟̽═̷̸͢═̷̸͢═̷̸͢═̷̸═̸̫⃜┈━ׄ۫⃟̳͇⃕┈⃟⃞⃯̳͇⃕💢⃢⃟̸̷໋̳͇۪۪࣭⃕࣪࣪͟ᬶ̸̷᭄̳͇࣭۪۪࣭͟ᮭ ㅤ├═━─͍─͍╡͍☎️│͍ 3, 2, 1... ACCIÓN 🗣️‼️ ㅤ╰┄══┈┐📸༝⦂🏻̷۪࣭࣭꙲̵꫶ꪳ⃟⃢🏼̷۪࣭࣭꙲̵꫶ꪳ⃟⃢🏽̷۪࣭࣭꙲̵꫶ꪳ⃟⃢🏾̷۪࣭࣭꙲̵꫶ꪳ⃟⃢🏿̷۪࣭࣭꙲̵꫶ꪳ⃟⃢ ； ㅤ╭🅂̸̷̶໋̳⃯⃛🅃̸̷̶໋̳⃯⃛🄰̸̷̶໋̳⃯⃛🅁̸̷̶໋̳⃯⃛╰ ❛ 🍎꙲̵̷͇۫࣪⃟꒷۫۫⃟̶̷꒦࣪࣪⃟̶̷͜︶̷⃪۪̆̈͜ ̷̸꒷̶̸̷᷏۪࣭࣭͛࣪᷍꒦̶̷̸᷏۪࣭࣭͛࣪᷍ ⃪໋ۣۣ۫࣪⃞ ❙࣭࣭࣭❘̶ׄ❙̶۪❚̶ֺ❘̶࣪࣪❙̶۪۪❙̶۫❚̶ׄ❘࣭❚ ꗄ̸͇ 𝟐𝐎𝐎𝟏 🐁🎸💥 ㅤ┋ 🎙️ ¡Ven a visitar el lugar ㅤ┋de moda de la ciudad! ㅤ┋¡HOUSE OF MOUSE DE ㅤ┋ DISNEY...!1!1!! 🎙️📸💥 ㅤ╰┬─͍─͍─͍{ Estado: INICIANDO } Pd: Si esperaban algo más serio, se fregaron jajsajjkjajsjaaja

these are my drawings idk I take requests

3D Bioprinting Market size is estimated to grow from USD 1.8 Billion in 2022 to reach USD 2.1 Billion by 2030, growing at a CAGR of 17.3% during the forecast period from 2023 to 2030.

A very elite company provides image services to high wealth clients. Shape shifting models pose to mimic a person at a level of perfection and youth. Shape shifting aliens, succubae, angel girls, dragon kin, fae, ... Illustrations were composed using Daz3DStudio, MakeHuman, Clip Studio Paint and modified therein and without by various means and with available tools. At times from 2019-11-22 to 2021-03-29 Ranked #1 in the genre of [#3D]. At times between, 2020-02-28 to 2020-01-31 Ranked #1 in #Visualization.

Web Design Trends keep evolving as society does. Last year, we saw a turn to more natural, aesthetic art taking over graphics and design. This year continuing the tradition, there has been an increase in minimalistic, line art and logo-based symbols in Web Design next year. Here are some web design trends 2022 is expecting. visit us : https://yodoozy.com/5-fresh-web-design-trends-2022-is-bringing/

We specialise in 3D and 2D Coloured Marketing Design Plans and Elevations for Builders. We believe that we provide the cheapest way to convert your standard builders plans to marketing artists impressions .We also provide the same service for Architects and Building Designers wishing to outsource this part of their Design and Drafting Business. We also provide artists impressions for Real Estate Agents and Marketing Companies.

Let's delve into the crucial process of refining raw 3D scans into pristine, high-quality models. It's the gateway to harnessing the full potential of 3D scanning technology. Removing supports Removing support structures is a critical step in 3D scan cleanup. These temporary platforms are essential during the 3D printing but must be eliminated post-scan. Rinsing Rinsing plays a vital role in 3D scan cleanup. After 3D printing or post-processing, the object must be rinsed or washed to remove residual support material, debris, or uncured resin. It's a meticulous step that enhances the overall quality of the 3D model, ensuring that it's free from imperfections. What is sanding? Sanding in 3D scan cleanup is refining a 3D-printed or scanned object by gently rubbing its surfaces using abrasive materials like sandpaper. This technique helps to smooth out rough or uneven areas, remove layer lines, and achieve a polished finish. Polishing Polishing in 3D scan cleanup is the transformative step that takes a 3D-printed or scanned object to the next level. It involves carefully refining the surface using abrasives and polishing compounds, producing a glossy and smooth finish. This process enhances aesthetics and improves functionality by reducing friction and wear. Conclusion Understanding the intricacies of 3D scan cleanup is essential for harnessing the full potential of 3D scanning technology. It's a transformative process that refines raw scans into pristine, high-quality models, impacting various industries. 3D scan cleanup bridges raw data and refined masterpieces, bringing precision, quality, and perfection to the forefront of 3D printing and modeling.

Bangalore has long been India's hub for technology and innovation. Today, robotics is one of the fastest-growing sectors in the city, driven by automation, AI, and advanced manufacturing. At the core of this transformation lies 3D printing in robotics in Bangalore, a powerful tool enabling faster design cycles, cost reduction, and limitless customization. Why Robotics and 3D Printing Work Together Robotics demands parts that are strong, lightweight, and highly precise. Traditional manufacturing often struggles with such requirements due to time and cost limitations. With 3D printing, however, engineers can rapidly create prototypes, test them within days, and refine their designs without the need for expensive molds or tooling. Vexma Technologies Leading the Way Vexma Technologies is pioneering the adoption of 3D printing in robotics in Bangalore. With expertise across SLA, FDM, SLS, MJF, and DMLS, Vexma provides tailored solutions for robotics startups, research institutions, and large-scale industries. Whether it's producing robotic arms, custom grippers, gears, or housings, Vexma ensures precision and scalability. Benefits of Partnering with Vexma Faster time-to-market for robotics projects Wide range of materials including polymers and metals Cost-effective prototyping and production Expertise in robotics-focused additive manufacturing CTA: Accelerate your robotics innovation with Vexma's cutting-edge 3D printing in robotics in Bangalore. Visit Vexma Technologies to get started today.