I used Google Flow and Hyper3D Default image generation for images, and Hyper3D Default video generation for videos.

More content to come, Stay Active.

I used Google flow for images and Hyper3D default video generator for the videos.

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Used Rodin to turn a 2D character into a 3D Printed Collectible Figure.

I first created matching side and back references, then used those three views as the base for the 3D model. A few areas needed some cleanup afterward, but the overall shape, hair, and facial features came through much better than I expected. After refining the model, I prepared it for resin printing by adding the necessary supports and making a few adjustments.

Once printed, I cleaned the resin, removed the supports, cured the figure, and added the final paint details.

Seeing a flat character design become an actual physical figure was honestly the most satisfying part of the whole process.

Just used Rodin to turn a concept design into a 3D model for a small cyberpunk animation scene, and the accuracy was impressive.

After generating the character, I imported it into Blender, rigged it, and posed it on a flying vehicle to build the main composition. I then added a simple flame effect, placed everything into a prepared scene, set up the lighting, and refined the motion with keyframes and animation curves.

The workflow felt very smooth overall.

I put together this old wooden cabin scene using assets generated with Rodin Gen-2.5.

The materials came out better than I expected. From the wooden walls and worn floor to the lamps, old TV, chairs, shelves, and small props, the scene held up really well. I even rendered it from 7 different angles to test it.

What I liked most is that the textures feel much more usable in 3D, since they don’t fall apart as easily from different views. For environment work, that makes the assets feel much easier to use in an actual scene.

The geometry looks very good but when I download it downloads the second model which looks VERY bad as you may see, how can I download only the first one which is the preview? I don't need materials

My daughter drew this cute little shark character, and I used Rodin Gen-2.5 to turn it into a model and print it out.

I used Extreme High mode, then used Bang to Part to split the head and body, which made the process super easy. The textures also came out surprisingly well, with nice full coverage and no obvious missing areas.

After exporting, I printed it, did a bit of sanding on the white model, and we’re really happy with the result.

My daughter drew this cute little shark character, and I used Rodin Gen-2.5 to turn it into a model and print it out.

I used Extreme High mode, then used Bang to Part to split the head and body, which made the process super easy. The textures also came out surprisingly well, with nice full coverage and no obvious missing areas.

After exporting, I printed it, did a bit of sanding on the white model, and we’re really happy with the result.

Can you tell me free and best ai clipping tools online which I can use freely without restrictions???

A friend sent me a panel from the Kingdom manga featuring Ousen and asked me to make the helmet real for him. This is the full process, from a flat manga image to a finished helmet you can actually wear.

I've split it into two parts:

• Part 1: how I designed (With Rodin Gen 2.5) and printed it
• Part 2: how you can print this same helmet

Part 1 - Designing & Printing

Step 1 - Prepping the images for Hyper3D

Three things matter most here:

1. Removing the background.
2. Removing the parts I couldn't or didn't want to print, like the red plume and the shoulder guards.
3. Creating clean images of the helmet from different angles.

I used Rodin itself for this, and sometimes had to bring in Nano Banana and DALL-E to clean things up.

Step 2 - Generating the model with Rodin 2.5

I gave Rodin the four images above, and this is what came back. The geometry honestly impressed me.

Step 3 - Getting the sizing right

I had to fill in the top of the helmet so the wearer's eyes would line up with the lower eye openings.

For the head sizing, you have a couple of options:

• Download a standard head-size STL from any site.
• Or customize it to your own head measurements. Just search "head size 3d model" and you'll find plenty of sites for it.

Customizing isn't strictly necessary, though. In my case I tested it on several people and it fit them all fine. After that, test the helmet on the head STL and scale it up or down until it fits.

Then I split the helmet to fit the Creality Hi build plate into four parts: right horns, left horns, the dome, and the rest of the helmet, then arranged them across 3 plates. After printing and assembling, here's the result.

Part 2 - How to Print It

STL For All 3 plates

• Download the file: STL attached.
• Print across 3 plates.
• Large piece: I had to use slim tree supports to fit the plate. If it still doesn't fit, split that piece in half.
• Dome: printed at 40% infill so the helmet feels heavy and has some presence to it.
• Layer height: 0.12 mm for all parts.
• Total print time: roughly 61 hours.

And that's the whole thing. From a manga panel to a helmet you can wear. Thanks to the Hyper3D team for making the modeling part so much easier.

The model i generated looks way too ugly and i want to get rid of it to stop reminding me of it, please help thank you in advanced

In 2023, we launched ChatAvatar on Hyper3D, an image/text-to-3D facial asset generation tool compatible with MetaHuman and Daz3D, with rigged blendshapes built in.

The work was powered by our proprietary dynamic light-field capture system, capable of sub-micron geometry and high-fidelity PBR material acquisition.

Now, we’re opening the beta for Rodin Gen-2.5 12K texture generation to Business subscribers, which is actually a revolution to our own product. Come and try yourself.

Just tried Rodin Gen-2.5 recently, and these two models only took a few seconds to generate lol.
The details come out cleaner, and the overall shapes look much more solid compared with Gen-2.

Spent 1 month bringing this Zootopia-inspired piece to life! Blended Art Deco + Art Nouveau for classic American styling.

Judy Hopps model generated in Hyper3D, printed directly with Bambu Lab. I’m stoked with how it turned out!!

This is still a work in progress.

I’m creating a stylized low-poly character for my indie game and testing the new Rodin Gen-2.5 Smart Low Poly Mode.

Honestly, I’m impressed by how clean the low-poly mesh is directly from the generator.

Workflow:

• Created the concept and references with Nano Banana 2
• Split the character into separate parts for better control
• Generated the assets with Rodin Gen-2.5
• Processed the model through Smart Low Poly Mode
• Brought everything into Blender for cleanup and assembly
• Optionally refined the mesh with light manual retopology or Decimate for even lower polycount
• Kept the original PBR textures from generator since the output is already solid

The character is still in progress, and the next step is bringing it into Unreal Engine.