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ManimLabs
Visual math & science animation editor

Build 2D and 3D mathematics or science scenes in your browser. Arrange objects, animate on a timeline, get AI assistance, then render with Manim.

Start freeWatch demo
No-code editorDrag, drop, animateAI-assistedTurn ideas into scenes2D & 3D scenesFrom geometry to physics
ManimLabsCalculus — Volume of a SolidPreview
Orbit3D
xyzxV=∫abπ(f(x))2 dxV=\int_a^b \pi\left(f(x)\right)^2\,dx
Create a 3D calculus scene
00:03.2 / 00:10.0Fit
Timeline0s2s4s6s8s10s
CameraOrbit
SurfaceCreate
SlicesMove
FormulaWrite
AnnotationsFade in
Illustrative editor preview
Function previewz=sin⁡(x)cos⁡(y)z=\sin(x)\cos(y)
V=∫abπ(f(x))2 dxV=\int_a^b \pi(f(x))^2\,dx

Create mathematical explanations in a visual workspace, with generated Manim code available when you need it.

The code workflowCode · Configure · Render
scene.py
from manim import *

class GaussianSurface(ThreeDScene):
    def construct(self):
        axes = ThreeDAxes()
        surface = Surface(
            lambda u, v: axes.c2p(
                u, v, np.exp(-(u*u + v*v))
            ), u_range=[-3, 3],
            v_range=[-3, 3]
        )
        self.add(axes)
        self.play(Create(surface))
manim -pql scene.py GaussianSurface render complete
Terminal$ manim -pql scene.py
Rendering...
Compiling LaTeX...
Writing frames...
Rendered scene example
The visual workflowShape · Animate · Render
ManimLabsGaussian SurfacePreview
Orbit3D
Create a 3D surface
00:03.2 / 00:10.0Fit
Timeline0s2s4s6s8s10s
CameraOrbit
SurfaceCreate
SlicesMove
FormulaWrite
AnnotationsFade in
Illustrative editor preview
Understand faster

Turn abstract ideas into clear, moving visuals.

Create faster

Build and edit scenes in a visual workspace.

Teach visually

Show the relationship behind each result.

From idea to animation

Turn an idea into a 2D or 3D animation in three steps.

1

Describe or choose a scene

Begin with an AI prompt or one of the existing starter scenes.

Create with AI

Animate a solid of revolution with a labeled formula.

Try AI scene creation
GeometryCalculus
2

Edit visually

Adjust objects, animation and timing with the editor.

ManimLabsCalculus — Volume of a SolidPreview
Orbit3D
xyzxV=∫abπ(f(x))2 dxV=\int_a^b \pi\left(f(x)\right)^2\,dx
Create a 3D calculus scene
00:03.2 / 00:10.0Fit
Timeline0s2s4s6s8s10s
CameraOrbit
SurfaceCreate
SlicesMove
FormulaWrite
AnnotationsFade in
Illustrative editor preview
3

Render and share

Preview your scene and export within your plan's limits.

Render previewMP4 · 1080p
xyzxV=∫abπ(f(x))2 dxV=\int_a^b \pi\left(f(x)\right)^2\,dx
Learn how rendering works
Features

Create educational animations in one browser-based workspace, with powerful tools and flexible export options.

2D & 3D objects

Create shapes, solids, curves and coordinate scenes.

Shapes
CubeSphereCylinderCone
xyz

Timeline animation

Control when objects move, appear and transform.

00:03.2 / 00:10.0
Timeline0s2s4s6s8s10s
CameraOrbit
SurfaceCreate
SlicesMove
FormulaWrite
AnnotationsFade in

Math expressions

Typeset formulas and place them directly in your scene.

Math expressionV=∫abπ(f(x))2 dxV=\int_a^b\pi(f(x))^2\,dx
f(x)∫Σαβ
xyzx

AI scene generation

Draft an editable lesson scene from a prompt.

GenerateRefine

Create an animation showing the area under a curve using Riemann sums.

Editable scene draft
xy

Team collaboration

Share projects and manage work in a team workspace.

Team workspace example
AReview the transitionSample team message
BAdjust the timingSample team message
CUpdate the camera angleSample team message

Import & export

Move between saved projects, Python and plan-supported exports.

Save to cloudExport videoManim PythonImport project
MP4GIFWebMPython
Visual editor

Build scenes with objects, equations and animation. Change timing, color and motion from one workspace, then inspect the result before rendering.

Torus
Transform
Sphere
Start creating
Object library3D viewportInspector
ManimLabsTorus to Sphere TransformationPreview
Orbit3D
zxy
00:03.2 / 00:10.0Fit
Timeline0s2s4s6s8s10s
CameraOrbit
SurfaceCreate
SlicesMove
FormulaWrite
AnnotationsFade in
Illustrative editor preview
Timeline
AI & desktop rendering

Describe what you want, refine the editable scene, then render with Manim on your computer using the optional Desktop Agent.

Generate with AI

Create an editable draft from a math or science prompt.

Example prompt

Create a 3D visualization of the volume of a solid of revolution using the disk method.

Open AI workflow
xyzxV=∫abπ(f(x))2 dxV=\int_a^b \pi\left(f(x)\right)^2\,dx
Illustrative generated scene

Render with Desktop Agent

The optional Windows Agent renders native Manim output locally.

Render queue exampleIllustration
xyzxV=∫abπ(f(x))2 dxV=\int_a^b \pi\left(f(x)\right)^2\,dx
Solid of revolutionExample MP4 outputExample
Area under a curveNative Manim sceneExample
Local renderingSetup guideConnected to the editor
Download Windows Agent
Templates & use cases

Open a starter scene, adapt its objects and timing, and make the explanation your own.

∫ f(x) dx

Classroom explainers

Lessons that make ideas visible

Use starter
Reusable startersFast customizationConsistent visual style
Simple pricing

From a first animation to a shared production workspace, choose the limits and tools that fit your work.

Free

Try Manim Studio

$0/ month

See how Manim Studio helps you create mathematical animations and export videos.

Start free

Start with the basics:

  • Full 2D editor & vector shape library
  • 3 basic 3D solids: sphere, cube, cone
  • Auto-keyframing timeline & playback
  • Standard exports up to 1080p · 30 fps
  • 3 AI scene generations / day
  • Watermark on renders
  • Unlimited local renders with Render Agent
  • Canvas pen and pencil tools
  • Generated Manim Python code
  • Automatic version history
3 cloud projects10 cloud renders / month3 stored cloud renders

Creator

Expanded access

$9.90/ month

Write, animate, and create more with 2K 60fps HD export and daily AI power.

Choose Creator

Everything in Free, and:

  • 50 AI scene generations / day
  • 2K (1440p) · 60 fps smooth HD export
  • Clean renders with zero watermark
  • Non-parametric 3D solids, camera rotation & lighting
  • Shape-morph transforms — all 9 types
  • SVG vector import & point keyframing
  • 20 cloud projects + version history
  • 15 cloud render storage slots
  • Advanced teaching objects and formula derivations
  • Generated Manim Python code
  • Unlimited local renders with Render Agent
20 cloud projects50 cloud renders / month15 stored cloud renders

Pro

Your creative studio

Recommended
$19/ month

Unlock real physics, 3D parametric surfaces, 4K rendering, and live web sharing.

Choose Pro

Everything in Creator, and:

  • Physics engine: joints, bodies & collisions
  • Parametric surfaces & 3D space curves
  • Public scene sharing with live web links
  • Ultra 4K (2160p) · 60 fps rendering engine
  • 150 AI scene generations / day
  • Unlimited cloud projects & 300 renders/mo
  • GIF + transparent WebM export
  • Your own custom watermark on renders
  • 16:9, 9:16 and 1:1 repurpose pack
  • 30 cloud render storage slots
  • SVG import and all shape-morph transforms
Unlimited cloud projects300 cloud renders / month30 stored cloud renders

Team

Maximum power

$49/ month

For schools, production studios, and teams creating animations together.

Choose Team

Everything in Pro, and:

  • Team workspace: 5 seats included
  • Shared cloud workspace & team projects
  • Unlimited 4K · 60 fps renders
  • 500 AI scene generations / day
  • Priority rendering queue & dedicated support
  • 100 cloud render storage slots
  • Physics and parametric surface tools included
  • GIF and transparent WebM exports included
  • Public interactive scene sharing
  • Generated Manim Python code
Unlimited cloud projectsUnlimited cloud renders / month100 stored cloud renders
Editable starter templatesMulti-keyframe timelineUndo and redoBrowser previewsDesktop Render Agent

Start creating with ManimLabs today.

Build an editable math animation and see your idea move.

Start freeView plan details

QUESTIONS

A few things before you begin.

For a closer look, explore the documentation.

Do I need to write Manim code?

No. Build scenes, arrange objects and animate them visually. Generated Python is available when you want to inspect or export it.

Can I work with 3D?

Yes. The studio includes 3D solids, curves, mathematical surfaces and camera animation. Available tools and export options depend on your plan.

How does preview differ from the final render?

Preview gives quick feedback while editing. Native Manim renders the final video; some formulas, lighting and effects can look different.

Do I need the Windows Render Agent?

No. The browser editor works without it. The optional Windows Agent runs native Manim renders locally; cloud rendering is another plan-dependent option.

What can I export?

MP4 video, generated Python and other export formats are available according to your plan. See the comparison for GIF, WebM, transparency and quality limits.

What does AI create?

AI drafts an editable scene. You can refine its objects, animation and styling rather than being limited to a finished opaque video. AI access and usage limits depend on your plan.