3dtext2gif.com

3dtext2gif is a browser-based generator that turns short text into an animated 3D text GIF sticker. You type your text, pick a font and motion preset, adjust the color and depth controls, choose a resolution, and click Create GIF Sticker to render the file. It suits quick sticker-style graphics for chat apps and social posts; it is not a full 3D modeling or video editing tool.

What you can control

The interface exposes the following inputs, based on the tool's own control set:

Step-by-step

1. Enter your text. Type the characters you want in the text field. Keep it short — sticker GIFs read best with a few words, and each glyph set carries its own file weight (the listed glyph sets range from about 0.03 MB up to 15.4 MB, so longer or CJK text produces heavier assets).
2. Pick a font and glyph set. Choose the font, then select the glyph set that matches your language (EN, CN, JP, KR, TH). The glyph list shows a size estimate per set, which is a useful hint for how heavy the result will be.
3. Choose a motion preset. Select a motion style such as "Motion Craze" to set the base animation, then fine-tune with the modulate, stretch, and craze sliders if you want a different feel.
4. Set colors. Use the text color and line color pickers. The defaults shown are text color FCE5FE and line color 000000.
5. Adjust depth and shape. Use zoom depth and line height to control how thick and how extruded the 3D text looks.
6. Position the camera. Camera horizontal and vertical position shift the viewing angle of the text.
7. Tune lighting and material. Direct light, direct light distance, and ambient light control the light setup; metalness and roughness control the surface finish.
8. Pick a resolution. Low (180x180), Medium (240x240), or High (300x300). Higher resolution means a larger, sharper GIF.
9. Click "Create GIF Sticker." The tool renders the animated GIF from your settings. Save the resulting file and use it wherever GIF stickers are supported.

Practical notes

• Start from a preset, then adjust. Changing one slider at a time makes it easier to see what each control does, since motion, lighting, and material settings interact visually.
• Watch the glyph set size. If you are targeting a platform with sticker size limits, the per-set MB figures in the glyph list are your best early signal — CJK sets are noticeably heavier than Latin ones.
• Resolution vs. file size. Moving from Low to High increases the pixel dimensions; if the exported GIF feels too large for your use, drop back a resolution step before cutting other settings.
• The tool is credited to FUZZYW, and the page links to a gallery where you can see finished examples before you start.

If your goal is a single animated 3D text sticker for messaging or a post, this workflow covers it end to end. If you need layered scenes, multiple objects, or video export, this tool is not built for that.

3dtext2gif is a browser-based tool that turns short text into animated 3D text GIF stickers. You type your text, pick a font and motion style, adjust the 3D look, and export a GIF sticker — no software install required. It's best suited to short labels, names, or a few words rather than long paragraphs, since the output is a sticker-sized animated image.

What the site actually does

The tool's own description is "Create animated 3D text GIF stickers!" and the interface is built around a single workflow: enter text, style it in 3D, animate it, and download a GIF. The page is credited to FUZZYW, and there's a linked GALLERY where you can see examples of what others have made.

Everything runs in the browser. There's no mention of accounts, uploads, or a desktop app — you work directly on the page.

What you can create

The output is a GIF sticker: a looping animated image of your text rendered with 3D depth, lighting, and motion. Typical uses include:

• Chat and messaging stickers
• Social post accents or reaction images
• Short animated titles or name tags
• Decorative labels for personal projects

Because it's a GIF, the result loops automatically and works almost anywhere images are supported.

The controls you work with

The interface exposes a fairly deep set of adjustments. Based on the page, these fall into a few groups:

The font list includes multiple language glyph sets — the page shows entries tagged EN, CN, JP, KR, and TH, with file sizes listed next to each. That means you can render text in English, Chinese, Japanese, Korean, and Thai, though the larger glyph sets (the CN entries, for example) carry noticeably bigger file sizes.

How to make a sticker

1. Enter your text in the text field.
2. Choose a font from the glyph list, keeping in mind that CJK and Thai fonts are heavier files.
3. Set your colors — text color and line color.
4. Pick a motion style (for example "Craze" or "Light") and tune the motion sliders.
5. Shape the 3D look with zoom, depth, line height, and the stretch/modulate controls.
6. Adjust the camera position if you want a different viewing angle.
7. Tune lighting and material — direct light, ambient light, metalness, and roughness — to change how the 3D surface reads.
8. Choose an output size: Low (180×180), Medium (240×240), or High (300×300).
9. Click "Create GIF Sticker" to generate and download your GIF.

Things to keep in mind

• Keep text short. Sticker formats are small, so a few words read better than a sentence.
• Size affects file weight. Higher output resolution means a larger GIF.
• Font choice affects file size. The page lists per-font sizes; the CJK and Thai sets are much larger than the Latin ones, which can matter if you're embedding the sticker somewhere with size limits.
• It's a GIF, not a video. The result loops and has no sound.

If you want to see finished results before starting, the GALLERY linked on the page is the quickest way to judge whether the style fits what you have in mind.

3dtext2gif is a browser-based tool that turns typed text into animated 3D text GIF stickers. Every control on the page feeds one of five layers of the render: the text itself, the font and motion preset, the geometry (depth, line height, deformation), the camera, and the lighting/material setup. Understanding which layer a slider belongs to is what lets you predict the result instead of guessing. The tool is credited to FUZZYW and includes a gallery of finished stickers for reference.

Text and color controls

These are the first things you set, because everything downstream renders from them.

• Text input — the characters that become the 3D sticker. The glyph list on the page shows the tool loads different character sets separately, with the Latin set around 0.19 MB and CJK sets much larger (CN 15.4 MB, JP 8.71 MB, KR 2.13 MB, TH 0.32 MB). That means non-Latin text works, but expect a heavier load before the glyphs are ready.
• Text color — the fill color of the extruded letterforms (shown as a hex value, e.g. FCE5FE).
• Line color — the outline/edge color drawn around the glyphs (e.g. 000000). This is what gives the sticker a defined border against busy backgrounds.

Zoom depth and line height

• Zoom depth controls how far the extrusion is pushed along the camera axis — a low value reads as flat lettering, a high value as a thick, chunky block of text.
• Line height sets the vertical spacing of multi-line text. It has no visible effect on a single-line sticker.

Font and motion presets

The page exposes a font selector plus a set of motion presets, with Motion Craze as the named example. The preset decides the animation style applied to the text; the font decides the letterform shape. Pick the preset first if the animation is the point of the sticker, then choose a font that stays legible under that motion — heavy distortion plus a thin font usually turns to mush at sticker size.

Deformation and camera controls

These two groups are easy to confuse because both change the shape on screen, but they act in different places.

A practical rule: if you want the letters to look different, use deformation. If you want to see the same letters from a different angle, move the camera. The Craze controls (horizontal, vertical, depth, direct) belong to the motion preset and tune how strongly that animation is applied on each axis.

Lighting and material

This group is what makes the text read as 3D rather than as flat colored shapes.

• Direct light and direct light distance — the main light source and how far it sits from the text. Moving it changes which faces are bright and where shadows fall.
• Ambient light — the base illumination filling the whole scene. Raise it to soften contrast; lower it to let the direct light dominate and deepen shadows.
• Material metalness — how metallic the surface reads. High metalness makes the text reflect its surroundings and look like polished metal.
• Material roughness — how matte or glossy the surface is. Low roughness gives sharp, shiny highlights; high roughness spreads them into a dull finish.

Metalness and roughness work as a pair. A shiny metal look needs high metalness with low roughness; a soft plastic look is low metalness with mid roughness.

Output size

Before generating, you choose the sticker resolution:

• Low — 180×180
• Medium — 240×240
• High — 300×300

Higher resolution means a larger GIF file, which matters because messaging apps often cap sticker size. If a platform rejects your sticker, drop to the next size down before changing any other setting.

A quick way to work through the controls

1. Type your text and set text color and line color.
2. Choose a font and a motion preset.
3. Set zoom depth and line height for the basic 3D shape.
4. Adjust deformation only if you want the letters distorted.
5. Reposition the camera to frame the result.
6. Tune direct light, ambient light, metalness, and roughness until the surface looks right.
7. Pick the output size and create the GIF sticker.

If the result looks flat, the usual cause is ambient light too high or zoom depth too low. If it looks noisy or unreadable, the motion preset is fighting the font — change one of the two rather than compensating with lighting.

Yes. The 3dtext2gif interface includes glyph categories labeled EN, CN, JP, KR, and TH, so you can create 3D text GIF stickers in English, Chinese, Japanese, Korean, and Thai. The main practical difference between languages is file size: the glyph sets for CN, JP, and KR are much larger than the EN set, which affects how long the page takes to load those fonts before you can render a GIF.

What the glyph categories tell you

The tool presents its fonts as separate glyph sets, each tagged with a language code and a size in MB. Based on the page evidence, the pattern looks like this:

The number next to each set is the size of that font file. A larger file means the browser has to download more data before the font can be used to render your text. That is why the CN and JP entries are the ones most likely to feel slow on a weak connection.

How to create a sticker in a non-English language

1. Open 3dtext2gif and enter your text in the text field.
2. Pick a font from the glyph list. Choose one whose language tag matches your text — for example, a CN-tagged font for Chinese characters, a JP-tagged font for Japanese, and so on.
3. Adjust the appearance controls if you want: text color, line color, zoom, depth, line height, the modulate and stretch sliders, camera position, the craze (distortion) sliders, direct light, ambient light, metalness, and roughness.
4. Choose an output size: Low (180x180), Medium (240x240), or High (300x300).
5. Click Create GIF Sticker and wait for the render.

Expected result: a downloadable animated 3D text GIF sticker using your chosen script and styling.

What to watch out for with non-English text

• Font coverage matters more than the language label. A glyph set is only useful if it actually contains the characters you type. If a character is missing from the selected font, it may not render correctly, so try a different font in the same language group if your text looks wrong.
• Large fonts mean longer waits. Selecting a CN or JP set (roughly 9–15 MB) takes noticeably longer to load than an EN set (often under 0.5 MB). If the page seems stuck after you pick a font, it is likely still downloading the glyph file.
• Mixed-language text is the tricky case. If you combine scripts in one sticker, you need a font that covers all of them. The page lists language-specific sets rather than one universal font, so a single-script font may not cover a mixed string.
• Output size is separate from language. The 180x180 / 240x240 / 300x300 choice controls the GIF dimensions, not which characters are supported.

Quick answer

3dtext2gif does support multiple languages and non-English characters through its EN, CN, JP, KR, and TH glyph sets. The main trade-off is load time: CJK font files are far larger than the Latin ones, so expect a longer wait when working in Chinese, Japanese, or Korean. Pick the glyph set that matches your script, verify your characters render, then choose an output size and generate the GIF.

Pick 180x180 when you want the smallest file for chat stickers, 240x240 as the general-purpose middle ground for most messaging and social use, and 300x300 when the sticker will be viewed larger or needs to stay sharp after scaling. All three are offered as LOW, MEDIUM, and HIGH in the tool's size selector, and the right choice depends mainly on where the GIF will be posted and how much detail your text and animation carry.

What the three size options mean

On 3dtext2gif, the size control appears as three labeled choices:

The tool renders your animated 3D text at the resolution you select, then produces the GIF when you press Create GIF Sticker. A larger canvas keeps more detail in the 3D extrusion, lighting, and any motion you applied, but it also means more pixels to encode in every frame of the animation.

How size affects clarity and file size

Resolution and file size move together, but not in a simple one-to-one way:

• Clarity scales with pixel count. 300x300 has roughly 2.8x the pixels of 180x180, so fine edges on glyphs, thin line colors, and subtle light/material settings survive better.
• File size depends on both resolution and how much changes between frames. Animations with heavy motion (large MODULATE, STRETCH, or CRAZE values) compress less efficiently, so a 300x300 animated sticker can grow noticeably larger than a 180x180 one with the same settings.
• Animation cost is per frame. A static-looking sticker stays small even at HIGH; a busy one at HIGH can become awkward to send.

If your sticker is mostly a still-looking 3D word with a gentle light sweep, HIGH is usually fine. If it has strong movement across the whole canvas, MEDIUM is often the safer balance.

Which size fits which use

Chat and messaging stickers (180x180 or 240x240) Most chat apps display stickers at a small on-screen size, so 180x180 is often enough and keeps sending fast. Choose 240x240 if your text has thin strokes or detailed lighting that would blur at LOW.

Social posts and comments (240x240 or 300x300) Feeds and comment boxes render images at varying sizes and sometimes scale them up. 300x300 gives more headroom so the sticker doesn't look soft when enlarged. 240x240 is a reasonable compromise when you're posting many stickers and want to keep them light.

Reuse, overlays, or further editing (300x300) If you plan to place the GIF into another image, video, or design, start at HIGH. Downscaling a 300x300 GIF later looks better than upscaling a 180x180 one.

How to choose in practice

1. Decide the final display size first — the smallest place the sticker will appear.
2. Match the output size to that, rounding up one step if your text is thin or your animation is detailed.
3. Create the GIF at your chosen size and check the resulting file size shown by the tool.
4. If it feels too heavy to send or upload, drop one size step rather than removing animation settings you like.

A quick rule: 180x180 for simple chat stickers, 240x240 as the default, 300x300 when quality matters more than file size.