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AI 3D model generator — text to 3D and image to 3D AI 3D model generator — text to 3D and image to 3D

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Tutorial Library · TimrX

Master the TimrX 3D Print Hub

Name: TimrX AI 3D Model Generator Workspace
Author: Dima Vasiliu

Follow curated walkthroughs, see real projects, and learn the exact prompts our community uses to turn ideas into printable assets. From beginners to advanced creators, we've got everything you need to create stunning 3D prints.

05 minAvg tutorial
5 modesGenerate · Refine · Remesh · Texture · Video
∞ promptsIterate freely
24/7Always available

LEARN

How to generate a 3D model in TimrX

Every run follows the same friendly path: describe the object, preview the mesh, then post-process until it is print-ready. These quick guides mirror the cards inside the workspace so you always know what comes next.

Workflow Essentials

1. Craft a vivid prompt

Lead with silhouette, support with materials, finish with mood. The AI rewards concrete nouns and reference eras.

Mention size cues (figurine, tabletop, helmet).
Call out materials: "brushed titanium spine, matte ceramic plates".
Reference inspiration: "Ghibli + brutalist mix".

2. Preview & iterate

Use the low-latency preview to check proportions before you spend tokens on refinement.

Enable wireframe overlay in the viewer to catch thin walls.
Pin successful prompts to reuse structure later.
Use Refine/Remesh buttons to add detail without starting over.

3. Publish & share

Everything funnels into My Assets where you can label versions, download GLB/GLTF, and generate cover art.

Export GLB for printers or GLTF for DCC apps.
Add tags (armor, character, prop) to keep history searchable.
Send assets straight to Community with one click.

Input checklist

Quick Start

Queue the job

Select Text, Image, or Video mode and set resolution before pressing Generate. Jobs run asynchronously so you can line up multiple ideas.

Inspect the preview

Orbit the mesh, toggle lighting presets, and note the status pill (Preview, Refine, Texture). Use the compact progress widget to monitor batches.

Post-process

Run Remesh for watertight topology, then fire Texture to bake roughness/normal maps. Final files are stored automatically in history.

Export & Print

Download your model in GLB or GLTF format, import into your slicer, and prepare for printing with recommended settings.

Text to 3D

Transform your text descriptions into detailed 3D models using AI. Choose from multiple AI models for different styles and quality levels.

Generation

Meshy 6 (Latest)

The newest and most powerful model. Best for detailed, high-quality 3D assets with complex geometry.

20 credits per generation
Highest detail and accuracy
Best for characters and complex objects
Supports symmetry and pose options

Meshy 5

Balanced model offering great quality at lower cost. Ideal for most everyday 3D generation tasks.

20 credits per generation
Fast generation times
Good for props and simple objects
Reliable and consistent results

Click model to view refined version

Image to 3D

Upload reference images, artwork, or photos and convert them into 3D models. Perfect for bringing 2D concepts to life.

Generation

Reference

Prepare Your Image

Image quality matters. Follow these guidelines for best results.

Use clear, well-lit images
Single subject works best
Remove busy backgrounds

Upload & Generate

Drag and drop or click to upload your image.

Supports PNG, JPG, WEBP
Max file size: 10MB
Preview before generating

Best Practices

Expert tips from our community.

Front-facing views work best
Concept art converts beautifully
Combine with Refine for detail

What You Get

Your 3D model comes ready to use. Download it as GLB, FBX, OBJ, or USDZ - whatever works for your project. Models include textures and materials that look realistic. You can choose between detailed or low-poly styles depending on what you need. Want it print-ready? Use Remesh after to make it perfect for 3D printing.

Remesh

Optimize your 3D model's topology for 3D printing. Create watertight, manifold meshes ready for any slicer.

Post-Processing

Why Remesh?

AI-generated models often have topology issues. Remeshing fixes these for successful prints.

Fixes non-manifold geometry
Closes holes and gaps
Creates uniform polygon distribution
Ensures watertight meshes

Resolution Settings

Choose the right resolution based on your print size and detail requirements.

Low: Fast, fewer polygons (prototypes)
Medium: Balanced (most prints)
High: Maximum detail (miniatures)
Custom: Set exact polygon count

Export Formats

Export your remeshed model in the format your slicer or DCC app needs.

GLB: Universal, includes textures
GLTF: Separate files, DCC-friendly
STL: Classic print format
OBJ: Wide compatibility

Remesh Explained

Both models look the same? That's correct! Remeshing preserves appearance while fixing internal geometry.

Preview Original mesh

Remeshed Print-ready

Click model to view remeshed version

Texture

Apply AI-generated PBR textures to your 3D models. Create realistic materials with diffuse, normal, and roughness maps.

Post-Processing

Text to Texture

Describe the material you want and let AI generate matching PBR textures for your model.

"Weathered bronze with patina"
"Polished marble with gold veins"
"Worn leather with scratches"
"Glowing neon cyberpunk"

Image to Texture

Upload a reference image and apply its style or material to your 3D model.

Upload material photos
Use artwork as reference
AI extracts color and patterns
Seamless UV mapping

PBR Maps Generated

Full PBR workflow with all maps needed for realistic rendering.

Albedo/Diffuse map
Normal map for surface detail
Roughness/Metallic maps
Ambient Occlusion

Video & Animation

Create stunning 3D animations and turntable renders. Perfect for showcasing your models or creating content.

Creation

Turntable Renders

Create professional 360° showcase videos of your 3D models automatically.

Smooth camera rotation
Multiple lighting presets
HD and 4K export options
Perfect for portfolios

Pro Tips & Best Practices

Level up your 3D modeling skills with these expert techniques used by our top creators.

Pro Level

⚡

Optimize Your Prompts

Use specific, descriptive language. Instead of "cool dragon", try "sleek mechanical dragon with articulated wings, brushed metal finish, art deco style".

Be specific about materials and textures
Reference art styles and eras
Include scale indicators

🎯

Perfect Your Mesh

Use the Remesh feature to ensure watertight geometry perfect for 3D printing. Check for manifold edges and proper normals.

Always remesh before exporting for printing
Adjust resolution based on detail needs
Preview wireframe to spot issues

🎨

Texture Like a Pro

Apply realistic textures with normal, roughness, and metallic maps. Experiment with different material presets in the viewer.

Use PBR workflows for realistic results
Test textures under different lighting
Export texture maps separately

💡

Lighting Matters

Toggle between lighting presets in the viewer settings. The right lighting can reveal details and help spot printing issues.

Use studio lighting for presentations
Enable shadows to check overhangs
Try different HDRIs for mood

🔄

Iterate Efficiently

Save successful prompts, use refinement instead of regenerating, and build a personal library of proven techniques.

Keep a prompt journal
Use history to compare versions
Tag assets for easy searching

🖨️

Print Preparation

Scale models appropriately, add supports in your slicer, and choose the right layer height based on detail requirements.

Check wall thickness (min 2mm for FDM)
Orient for minimal support needs
Test print small versions first

Watch creators build in real time

These short videos spotlight real TimrX sessions so you can copy prompt formulas, lighting setups, and printer-friendly tweaks.

Video Library

AI-powered 3D model creation

Captain Creativity walks through using AI text prompts to generate custom, print-ready 3D models from scratch.

Texturing pipeline start to finish

Adobe Substance 3D demonstrates a complete Substance Painter texturing workflow — from import to polished PBR output.

HDRI lighting for perfect renders

Brandon 3D covers custom HDRI setups in Blender to achieve studio-quality lighting on your 3D printed models.

Frequently Asked Questions

Quick answers to common questions about the TimrX 3D Print Hub.

FAQ

What file formats are supported?

TimrX exports models in GLB and GLTF formats, which are compatible with all major 3D printing slicers including Cura, PrusaSlicer, Bambu Studio, and more. You can also import these into Blender, Maya, or other DCC applications.

How do I ensure my model is print-ready?

Always use the Remesh feature before exporting. This ensures watertight geometry with no holes or inverted normals. Check the wireframe view to spot thin walls, and verify wall thickness is at least 2mm for FDM printers.

Can I edit models after generation?

Yes! Use the Refine and Remesh tools to modify generated models. You can also export to Blender or other 3D software for detailed editing. The Texture tool lets you apply and customize materials.

What's the difference between Refine and Remesh?

Refine adds detail and improves the aesthetic quality of your model. Remesh optimizes the topology for 3D printing, ensuring clean, manifold geometry with proper edge flow.

How long does generation take?

Initial generation typically takes 2-5 minutes depending on complexity. Refinement and remeshing add 1-3 minutes each. Jobs run asynchronously, so you can queue multiple tasks.

Can I use my own reference images?

Absolutely! The Image mode lets you upload reference photos or sketches. The AI will analyze your image and generate a matching 3D model. Works great for translating 2D concept art into printable models.

Tips & resources

Resources

Keep prompts under 320 characters for faster inference—the viewer encourages iteration, not one perfect essay.
Stick to physical units (millimeters, "fits a 200mm build plate") so Remesh respects print tolerances.
Use the Autorotate toggle while presenting on calls; it communicates form better than static screenshots.
Upload your own HDRI in the viewer gear menu to preview how the model reads under your studio lighting.
Export models at different resolutions for testing—low-res for quick prototypes, high-res for final prints.
Join our Discord community to share techniques, get feedback, and discover new workflow tricks.

Prompt Cookbook

50 ready-to-use starter prompts grouped by category (props, creatures, architecture).

Download PDF from Community ▸ Resources.
Swap nouns to remix styles instantly.
Credit authors when sharing derivatives.

Hardware prep guide

Checklist for moving TimrX meshes into Bambu, Formlabs, or Prusa slicers.

Unit conversions + recommended scaling.
Suggested infill + support presets.
Links to firmware-specific profiles.

Advanced Techniques Guide

Master complex workflows including multi-part assemblies, organic sculpting, and photorealistic texturing.

Multi-material printing strategies.
Color mapping and paint guides.
Post-processing tutorials.

Community

Built Together

TimrX is built by and for creators. We are a growing community of makers, artists, and tinkerers exploring what is possible with AI-assisted 3D modeling. Every idea shared makes the platform better for everyone.

Open Free core tools
Growing New creators daily
Global Makers worldwide

COMMUNITY

Community Creations

See what everyone is building — models, images, and videos generated by the TimrX community.

Share Yours

What we're building

TimrX started as a simple idea: make 3D creation accessible to everyone. Here is where that idea is heading.

Our Vision

AI-powered 3D generation

Turn text prompts and reference images into printable 3D models. We are continuously improving generation quality and adding new capabilities like texture and refinement tools.

Browser-first workflow

No installs, no plugins. Generate, refine, convert, and preview models entirely in your browser. Your files stay on your device when using local tools like the converter.

Print-ready output

Every model is designed with 3D printing in mind. Export to STL, OBJ, or GLB and take your creation straight to the printer with minimal cleanup.

Get involved

Whether you are just starting or have been creating for years, there is a place for you here.

Join Us

Join the Discord

Share your prints, ask questions, get feedback, and connect with other makers. This is where most of the conversation happens.

Join Discord

Explore tutorials

Step-by-step guides covering text-to-3D prompting, image-to-3D workflows, refinement techniques, and printing best practices.

Share your work

Post your creations on Discord or social media with #TimrX. We feature standout projects and love seeing what people build.

Share a Project

Give feedback

TimrX is actively developed and your input shapes what gets built next. Report bugs, request features, or just tell us what you think.

Send Feedback

What's new

Recent updates and things we are working on. This page will grow as the community does.

Updates

Launched the 3D File Converter — convert between GLB, OBJ, STL, and more directly in the browser.
Added image-to-3D generation. Upload a reference photo and get a printable model.
Introduced the Refine tool for improving mesh quality and adding detail to generated models.
Built a full tutorial system with step-by-step walkthroughs for every major feature.
Working on community project galleries and collaborative features. Stay tuned.

This is just the beginning

TimrX is growing every day. Jump in, make something, and help us shape what comes next.

Join the Community Read the Docs

Documentation

TimrX Docs

Everything you need to know about TimrX — features, pricing, credits, subscriptions, and workflows.

DOCS

Platform Overview

TimrX is an AI creative platform for generating 3D models, images, and videos — all from your browser. No downloads, no installs. Create production-ready assets using text prompts or reference images, then export for 3D printing, game engines, or social media.

Available tools

Text to 3D — Generate 3D models from text descriptions.
Image to 3D — Convert reference images into 3D models.
AI Image — Generate 2D images via OpenAI or Google Imagen.
AI Video — Generate videos via Veo 3.1, Seedance 2.0, or Seedance 1.5 Pro.
Remesh — Optimize 3D model topology for printing or editing.
AI Texture — Generate PBR textures for any 3D model.
3D Viewer — Real-time Three.js viewer with orbit, zoom, and pan.
File Converter — Free client-side 3D format converter.

Workspace layout

The workspace is split into three areas:

Left rail — Tool selector. Switch between Image, Model, Remesh, Texture, and Video panels.
Center — 3D viewer. Interact with your current model: orbit, zoom, pan. The toolbar below offers quick actions like Retry, Remesh, Texture, Download, and Share.
Right panel — Generation history. Browse, search, and filter all your past creations. Expand to a full gallery view.

Tip: Click any item in the history panel to load it into the 3D viewer instantly.

Text to 3D

Describe what you want and get a 3D model. Select the Model panel from the left rail, choose the Text to 3D tab, enter your prompt, and hit Generate.

AI Model: Meshy 6 (latest), Meshy 5

Batch Count: 1 to 4 models per generation

Symmetry: Off, Auto, or On

Art Style: Realistic or Sculpture

A/T Pose: Toggle on for pose-ready character models

License: CC BY 4.0 or Private

When generating more than one model, a draft selection grid appears. Pick your favorite, then continue to texture or export.

Cost: 20 credits per generation. Estimated time ~1 minute.

Image to 3D

Upload a reference image and get a 3D model based on it. Switch to the Image to 3D tab inside the Model panel, upload your image, optionally name the model, and generate.

All the same options from Text to 3D apply — AI model, symmetry, art style, batch count, and license. The AI uses the image as a visual reference to construct the geometry.

Cost: 30 credits per generation. Estimated time ~1 minute.

Best results: Use clean, well-lit images with a single subject on a simple background. A single front-facing shot works best.

Remesh

Optimize a model's topology for 3D printing or further editing. Select the Remesh panel from the left rail, choose the current model or upload a new one, set your options, and run.

Poly Count: Target polygon count (default 10,000)

Mode: Uniform, Adaptive, Feature Preserving, Quad Based

Preserve UV: Keep UV mapping intact (on by default)

Preserve Boundaries: Maintain mesh edges (on by default)

Accepted upload formats: OBJ, FBX, STL, GLTF, GLB.

Cost: 10 credits. Estimated time ~2 minutes.

AI Texture

Generate PBR (physically-based rendering) textures for any 3D model using a text prompt. Select the Texture panel, choose the current model or upload a new one, describe the surface you want, and generate.

Resolution: 512, 1024, 2048 (default), or 4096

Map Type: PBR All Maps, Diffuse Only, Normal, Roughness, Metallic

Seamless Tiling: On by default for continuous surfaces

When using PBR All Maps, the following maps are generated: Albedo/Diffuse, Normal, Roughness, Metallic, and Ambient Occlusion.

Accepted upload formats: OBJ, FBX, STL, GLTF, GLB.

Cost: 15 credits. Estimated time ~1.5 minutes.

AI Image

Generate 2D images using AI. Select the Image panel from the left rail, enter a text prompt, choose your provider and settings, and generate.

Provider: OpenAI or Google (Imagen)

Shape: Square, Portrait, or Landscape

Quality: Standard (10 credits), 2K (15 credits), or 4K (20 credits)

Cost: 10–20 credits depending on resolution. Estimated time ~30 seconds.

AI Video

Generate AI videos from text prompts or reference images. Multiple providers are available, each with different strengths.

Video providers

Veo 3.1: Google's video model. Supports 4s, 6s, and 8s durations at 720p, 1080p, or 4K resolution.

Seedance 2.0: Fast and Preview tiers. Supports 5s, 10s, and 15s durations.

Seedance 1.5 Pro: Via fal.ai. Supports 5s, 10s, and 12s durations.

Generation modes

Text to Video — Enter a text prompt to generate a video from scratch.
Image to Video — Upload a reference image to animate into a video.

Style presets (Veo)

Auto, Cinematic Realism, Product Ad, Anime Motion, Documentary
Dreamlike Surreal, Aerial, Timelapse, Slow-Mo, Noir

Camera motion (Veo)

Choose from: None, Pan, Parallax, Zoom In, Zoom Out, Orbit, Dolly, or Tilt. Custom motion instructions also supported.

Aspect Ratio: 16:9 Landscape or 9:16 Portrait

Loop: Seamless loop playback (on by default)

Cost: 75–375 credits depending on provider, duration, resolution, and mode. See the Video Pricing section for full details.

3D Viewer

The center of the workspace is a real-time 3D viewer powered by Three.js. Any generated or uploaded model loads here automatically.

Controls

Orbit — Left-click and drag to rotate around the model.
Zoom — Scroll wheel to zoom in and out.
Pan — Right-click and drag to move the camera.
Auto-rotate — Toggle via the settings gear icon.

Toolbar actions

Below the viewer, quick actions let you: Retry the generation, jump to Remesh or Texture panels, Download the model as GLB, Share a link, or send to a printer.

You can also upload your own model (GLB/GLTF, max 50MB) via the "New" button in the viewer header.

File Converter

A free, client-side 3D file converter. No account required. Files never leave your device — all processing happens in the browser.

Supported conversions

Input Formats	Export Formats
GLB, GLTF, OBJ, STL, FBX	GLB, GLTF, OBJ, STL

Maximum file size: 100MB. After upload, the converter shows filename, format, file size, vertex count, and face count.

Advanced options

Include textures — Embed textures in GLB/GLTF output (on by default).
Binary STL — Smaller file size for STL exports (on by default).
Flip Y/Z axis — Swap vertical axis for compatibility with some applications.

My Assets

The right panel stores your full generation history — 3D models, images, and videos. Everything is synced to your account.

Features

Search — Find models by prompt text.
Filter — Show all items, or only images, videos, or 3D models.
Sort — Toggle between newest and oldest first.
Pagination — 9, 12, 15, or 24 items per page.
Expanded gallery — Open a full-screen gallery view from the nav or the expand button.

Context menu

Right-click (or long-press on mobile) any asset for actions: Texture, Remesh, Refine Preview, Image to 3D, Download (GLB/PNG/MP4), Share, Print, Change License, or Delete.

Credits System

TimrX uses a credits-based system. Every generation action costs a fixed number of credits. Credits can be obtained through one-time purchases or monthly subscriptions.

How credits work

Reserved on submit — When you start a generation, the required credits are reserved from your balance immediately.
Consumed on success — Once the generation completes successfully, the reserved credits are permanently deducted.
Refunded on failure — If a generation fails or is cancelled, the reserved credits are returned to your balance automatically.

Credit sources

One-time packs — Purchase a credit pack for immediate use. Credits never expire.
Subscriptions — Receive a monthly credit allocation. Credits refresh each billing cycle.

Note: Video credits are separate from general credits. Video packs add to your video credit balance, while general packs add to your general credit balance.

Generation Pricing

Each action uses a fixed number of credits. All prices below are sourced from the backend pricing engine.

3D generation

Action	Credits	Est. Time
Text to 3D	20	~1 min
Image to 3D	30	~1 min
Remesh	10	~2 min
AI Texture (Retexture)	15	~1.5 min
Refine / Upscale	10	~2 min

Image generation

Resolution	Credits	Providers
Standard	10	OpenAI, Google Imagen
2K	15	OpenAI, Google Imagen
4K	20	OpenAI, Google Imagen

One-time credit packs

Pack	Price	Credits
Starter	£7.99	250
Creator	£19.99	900
Studio	£37.99	2,200

Video credit packs

Pack	Price	Credits
Video Starter	£9.99	300
Video Creator	£29.99	900
Video Studio	£59.99	2,000

Studio tier packs include priority queue access for faster generation times.

Video Pricing

Video credit costs vary by provider, duration, resolution, and generation mode (text-to-video vs image-to-video).

Veo 3.1 — Text to Video

Duration	720p	1080p	4K
4 seconds	75	—	—
6 seconds	100	—	—
8 seconds	125	150	200

Veo 3.1 — Image to Video

Duration	720p	1080p	4K
4 seconds	110	—	—
6 seconds	140	—	—
8 seconds	170	200	250

Seedance 2.0 — Fast tier

Duration	Credits
5 seconds	80
10 seconds	150
15 seconds	225

Seedance 2.0 — Preview tier

Duration	Credits
5 seconds	125
10 seconds	250
15 seconds	375

Seedance 1.5 Pro (fal.ai)

Duration	Credits
5 seconds	80
10 seconds	150
12 seconds	180

Note: Image-to-video costs the same as text-to-video for Seedance providers. Veo image-to-video carries a premium over text-to-video.

Subscriptions

Monthly and yearly subscription plans provide a recurring credit allocation along with increased concurrency limits and queue priority.

Monthly plans

Plan	Price	Credits / Month	Concurrent Jobs	Priority
Starter	£9.99/mo	400	5	Medium
Creator	£24.99/mo	1,300	10	High
Studio	£49.99/mo	3,200	20	Pro

Yearly plans

Plan	Price	Credits / Month	Total / Year
Starter	£99.00/yr	400	4,800
Creator	£249.00/yr	1,300	15,600
Studio	£499.00/yr	3,200	38,400

How subscriptions work

Monthly refill — Credits are granted once per billing cycle at the start of each period.
Yearly billing — Billed annually, but credits are distributed monthly over 12 months.
No rollover — Unused subscription credits do not carry over to the next billing period.
Wallet credits — One-time purchased credits are separate and never expire. They are used after subscription credits are depleted.

Tip: Yearly plans save up to 17% compared to paying monthly.

Billing

All pricing is in GBP (£). Payments are processed securely via Stripe.

Purchase types

One-time credit packs — Buy a pack of credits for immediate use. Credits never expire.
Subscriptions — Recurring monthly or yearly plans with automatic credit refills.

Refunds

Failed generations — Credits are automatically refunded if a generation fails or times out.
Cancelled generations — Credits are returned if you cancel before completion.
No refund after success — Once a generation completes and delivers a result, credits are not refundable.

Credit balance

Your credit balance is displayed in the workspace header. It combines subscription credits and wallet credits into a single usable balance.

Full ownership: All generated content belongs to you. No watermarks are added to outputs.

Supported Formats

Format	Import	Export	Notes
GLB	Yes	Yes	Binary GLTF. Compact single file with embedded textures.
GLTF	Yes	Yes	JSON-based. Separate asset files.
OBJ	Yes	Yes	Universal format. No embedded textures.
STL	Yes	Yes	3D printing standard. Geometry only.
FBX	Yes	No	Import only. Widely used in game engines.
USDZ	No	Yes	Available from generation API for AR Quick Look.

FAQ

What file format do generated models use?

All AI-generated 3D models are delivered as GLB files. You can convert them to OBJ, STL, or GLTF using the built-in File Converter.

Are my models print-ready?

Generated models are suitable for most FDM and resin printers. For best results, run the Remesh tool with Feature Preserving or Adaptive mode to optimize the topology before slicing.

What is the difference between Refine and Remesh?

Refine adds aesthetic detail and improves overall mesh quality (10 credits). Remesh optimizes the topology (polygon structure) for printing or further editing (10 credits). Use Refine for visual quality, Remesh for structural quality.

Can I upload my own models?

Yes. Use the "New" button in the 3D viewer to upload a GLB or GLTF file (max 50MB). You can also upload models directly into the Remesh and Texture panels for processing.

Is the File Converter free?

Yes. The converter is completely free, requires no account, and processes everything client-side — your files never leave your device.

Which video provider should I use?

Veo 3.1 offers the highest resolution (up to 4K) and style controls. Seedance 2.0 Fast is the most affordable option. Seedance 2.0 Preview offers higher quality at a premium. Seedance 1.5 Pro via fal.ai supports 12-second durations.

Do credits expire?

One-time purchased credits never expire. Subscription credits refresh each billing cycle — unused subscription credits do not roll over.

What happens if a generation fails?

Credits are automatically refunded to your balance if a generation fails, times out, or is cancelled before completion.

How long do generations take?

Most 3D model generations complete in about 1 minute. Remesh takes about 2 minutes. Video generation takes about 2 minutes. Times vary depending on server load.

Free Tool · No Sign-up Required

3D File Converter

Convert your 3D models between popular formats instantly. Support for GLB, GLTF, OBJ, STL, and FBX files. All processing happens in your browser - your files never leave your device.

5+Formats supported
100%Client-side processing
FreeNo limits
PrivateFiles stay on device

CONVERT

Drop your 3D file here

or click to browse

Supports: GLB, GLTF, OBJ, STL, FBX

Supported Formats

We support all major 3D file formats used in game development, 3D printing, and digital content creation.

Format Guide

GLB / GLTF

The modern standard for 3D on the web. GLB is a binary format that packs everything into one file. GLTF is JSON-based with separate texture files.

Best for web & real-time apps
Supports PBR materials
Includes animations
Widely supported

STL

The gold standard for 3D printing. Simple mesh format that stores triangle geometry without colors or textures.

Universal print format
Binary or ASCII options
No material data
All slicers support it

OBJ

A widely-supported legacy format. Stores geometry and can reference external MTL files for materials.

Maximum compatibility
Text-based, editable
Separate material files
Good for DCC apps

FBX

Industry standard for animation and game engines. Supports complex rigs, animations, and materials.

Full animation support
Industry standard
Complex scene data
Unity/Unreal ready

How It Works

Convert your 3D files in three simple steps. No uploads to external servers - everything happens locally.

Quick Guide

Upload Your File

Drag and drop your 3D model or click to browse. We support GLB, GLTF, OBJ, STL, and FBX formats up to 100MB.

Preview & Configure

See your model in 3D, check vertex counts, and choose your target format. Adjust advanced options if needed.

Convert & Download

Click convert and your file is processed instantly in your browser. Download the converted file directly.

Common Use Cases

Whether you're preparing files for 3D printing, game development, or web visualization, we've got you covered.

Workflows

🖨️

3D Printing Prep

Convert GLB or GLTF files from AI generators to STL for your slicer software.

🎮

Game Development

Convert OBJ exports from Blender to GLB for web-based games and Three.js projects.

🌐

Web Optimization

Convert heavy FBX files to optimized GLB for fast loading on websites and AR experiences.

🔄

Software Compatibility

Bridge format gaps between different 3D software like Blender, Maya, ZBrush, and more.

📱

AR/VR Content

Prepare models for augmented reality apps and VR experiences with optimized GLB exports.

🎨

Asset Libraries

Batch convert your 3D asset library to a consistent format for better organization.

Frequently Asked Questions

Everything you need to know about our 3D file converter.

FAQ

Is my data safe?

Yes! All file processing happens directly in your browser using WebGL and JavaScript. Your files are never uploaded to any server. When you close the page, everything is gone.

What's the file size limit?

We recommend files under 100MB for optimal performance. Larger files may work but could be slow depending on your device's capabilities.

Are textures preserved?

When converting to GLB/GLTF, textures are preserved. STL and OBJ formats don't support embedded textures, so only geometry is exported.

Can I convert animations?

Animations are preserved when converting between GLB, GLTF, and FBX. STL and OBJ are static formats and don't support animations.

Why use this over desktop software?

No installation required, works on any device with a browser, completely free, and respects your privacy. Perfect for quick conversions on the go.

Need batch conversion?

Currently we support one file at a time. For batch conversion, consider using Blender with Python scripting or dedicated desktop tools.

Our Story · TimrX

Empowering Creators to Build & Print

We believe everyone should have the power to transform ideas into physical objects. TimrX bridges the gap between imagination and reality — making 3D creation accessible, AI-powered, and ready for your printer.

10K+Models Created
5K+Happy Creators
50+Countries
24/7AI Available

Our Mission

To democratize 3D creation and manufacturing, enabling anyone to design, iterate, and bring their ideas to life through AI-powered tools and seamless 3D printing integration.

Why We Exist

🎯

Simplify Creation

Traditional 3D modeling requires years of training. We use AI to let you describe what you want and get a printable model in minutes, not months.

🌍

Global Accessibility

Whether you're a hobbyist in Tokyo or an entrepreneur in São Paulo, our cloud-based platform ensures everyone has equal access to cutting-edge 3D tools.

🚀

Ship Physical Products

From digital model to doorstep delivery. We're building the infrastructure to help creators sell and ship their 3D printed products worldwide.

The TimrX Story

Every great journey starts with a simple frustration. Ours began with a broken 3D printer and a dream to make creation easier.

Our Journey

💡

The Spark

It started in a small workshop where we spent countless hours learning Blender, ZBrush, and other complex 3D software. The barrier to entry was enormous — months of tutorials just to create a simple character. We knew there had to be a better way.

When AI image generation exploded, we saw the future: what if you could describe a 3D model and have it appear, ready to print? That vision became TimrX.

🔧

Building the Platform

We assembled a team passionate about both AI and physical making. Our first prototype was rough — models came out looking like melted candles. But each iteration brought us closer to something magical.

Today, TimrX can generate print-ready models from text prompts, images, or even video references. The technology that seemed impossible two years ago is now at your fingertips.

Our Core Values

These principles guide every decision we make, from product features to community interactions.

What We Believe

Creator First

Every feature we build starts with one question: does this help creators make better things faster? If not, we don't ship it.

Quality Matters

A beautiful render means nothing if the print fails. We obsess over mesh quality, watertightness, and real-world printability.

Open Community

We share our learnings, celebrate community creations, and believe the best ideas come from collaboration, not competition.

Continuous Innovation

AI moves fast. We stay ahead by constantly experimenting with new models, techniques, and workflows.

Our Timeline

Key milestones in the TimrX journey from idea to global platform.

Milestones

Early 2025

The Beginning

First prototype built. Text-to-3D experiments begin with early AI models.

Mid 2025

Platform Launch

TimrX 3D Print Hub goes live. First 1,000 users join the beta program.

Late 2025

Community Growth

User Stories launches. Discord community reaches 5,000 members.

Early 2026

Advanced Tools

Remesh, Texture, and Video-to-3D features released. File converter added.

2026

Print & Ship

Integrated printing and fulfillment services in progress.

What We Offer

A complete ecosystem for 3D creation, from initial concept to physical product.

Platform Features

✨

AI 3D Generation

Transform text descriptions, images, or videos into detailed 3D models using cutting-edge AI technology.

🔄

Smart Remeshing

Automatically optimize topology for 3D printing with watertight, manifold meshes ready for any slicer.

🎨

AI Texturing

Generate PBR textures with diffuse, roughness, and normal maps for photorealistic renders and prints.

📁

File Conversion

Convert between GLB, GLTF, OBJ, STL, and FBX formats directly in your browser, no upload needed.

📚

Asset Library

Store, organize, and manage all your 3D creations with version history and easy export options.

🖨️

Print Integration

Connect with printing services or export optimized files for your home FDM or resin printer.

Join Our Community

Connect with thousands of creators, share your work, and learn from the best in 3D printing.

Get Involved

💬

Discord Server

Join 5,000+ creators sharing tips, showcasing prints, and helping each other troubleshoot.

Join Discord

🎓

Tutorials

Step-by-step guides covering everything from basic prompts to advanced multi-part assemblies.

🌟

Community

See what others are building and connect with fellow creators.

Ready to Start Creating?

Join thousands of creators who are turning their ideas into reality with TimrX. No experience required — just your imagination.

Join Community

Upload 3D Model

How to generate a 3D model in TimrX

1. Craft a vivid prompt

2. Preview & iterate

3. Publish & share

Input checklist

Queue the job

Inspect the preview

Post-process

Export & Print

Text to 3D

Meshy 6 (Latest)

Meshy 5

Image to 3D

Prepare Your Image

Upload & Generate

Best Practices

What You Get

Remesh

Why Remesh?

Resolution Settings

Export Formats

Remesh Explained

Texture

Text to Texture

Image to Texture

PBR Maps Generated

Video & Animation

Turntable Renders

Pro Tips & Best Practices

Optimize Your Prompts

Perfect Your Mesh

Texture Like a Pro

Lighting Matters

Iterate Efficiently

Print Preparation

Watch creators build in real time

AI-powered 3D model creation

Texturing pipeline start to finish

HDRI lighting for perfect renders

Frequently Asked Questions

What file formats are supported?

How do I ensure my model is print-ready?

Can I edit models after generation?

What's the difference between Refine and Remesh?

How long does generation take?

Can I use my own reference images?

Tips & resources

Prompt Cookbook

Hardware prep guide

Advanced Techniques Guide

Community Creations

What we're building

AI-powered 3D generation

Browser-first workflow

Print-ready output

Get involved

Join the Discord

Explore tutorials

Share your work

Give feedback

What's new

This is just the beginning

Platform Overview

Available tools

Workspace layout

Text to 3D

Image to 3D

Remesh

AI Texture

AI Image

AI Video

Video providers

Generation modes

Style presets (Veo)

Camera motion (Veo)

3D Viewer

Controls

Toolbar actions

File Converter