DEV Community: SUJIT KOJI

Capture Any Angle of a 3D Model — Free GLB Screenshot Tool for Developers

SUJIT KOJI — Thu, 23 Jul 2026 03:40:00 +0000

Need a clean product render from every side of a .glb model — Front, Back, Top, Bottom, Left, Right — without touching Blender? Here's how I do it with GLBKit's GLB Screenshot tool.

Why multi-angle screenshots matter

If you're shipping 3D assets — for an e-commerce product page, a game asset library, or a portfolio — a single hero shot isn't enough. Buyers, QA, and teammates often need to see the model from multiple angles before trusting it. Manually orbiting a camera and exporting each view is slow. GLBKit does it in a few clicks, right in the browser.

The workflow

Drop in your .glb, .gltf, or .zip file
Pick an angle preset: Front, Back, Top, Bottom, Left, Right, or Iso
Choose format (PNG/JPG), resolution (up to 4K), and background (Transparent, White, or Black)
Hit Capture Screenshot → Download Image

Here's the same sofa_chair.glb model captured from all six angles:

Front view

Back view

Top view

Bottom view

Left view

Right view

Every angle, same lighting, same export settings — consistent renders without manually repositioning a camera each time.

Why this is useful for developers

E-commerce/marketplace listings — generate consistent multi-angle product shots for GLB assets
QA / asset review — quickly check a model for gaps, clipping, or texture issues from every side
Documentation — drop clean renders into READMEs, Notion docs, or Figma without a full render pipeline
Transparent PNG export — drop straight into a design tool with no background removal step

Try it yourself

👉 glbkit.com — free, no login required. Works with models exported from Blender, Three.js, React Three Fiber, Babylon.js, Unity, and Godot.

If you try it on your own models, I'd love to see the renders — drop a comment below!

Inspect GLB/GLTF Models in Your Browser — Free 3D Viewer with Wireframe Mode

SUJIT KOJI — Wed, 22 Jul 2026 03:40:00 +0000

Before you ship a .glb model — into a Three.js scene, a game engine, or a product page — you usually just want to look at it first. No import step, no build, no login. That's what the GLBKit GLB Viewer is for.

What it does

Drop in a .glb, .gltf, or **.zip **file and it renders instantly in the browser with full orbit controls.

Here the viewer is loading vase_flower_pot_-_24_mb.glb — a 15.71 MB binary GLB — and rendering it in real time on a lit grid floor, so you can immediately judge scale, geometry, and materials.

Key features

Orbit, Zoom, Pan controls — rotate and inspect from any angle
Wireframe / Solid toggle — check topology and mesh density at a glance, not just the shaded surface
File info panel — filename, file size, and format shown up front (GLB / BINARY in this case)
Auto-play / animation controls — for rigged or animated GLBs
Fullscreen mode — for a distraction-free inspection view
**

Why this matters for developers**

Switching between** Solid and Wireframe** mode is especially useful for:

Spotting overly dense geometry before it hits a Three.js/R3F scene and tanks your frame rate
Verifying a model was exported cleanly (no stray faces, no broken normals)
Reviewing assets from a client, marketplace, or teammate without opening Blender

No upload limits blocking a quick look, no account wall — just drag, drop, and inspect.

Try it

👉 glbkit.com — free GLB/GLTF viewer, no login required. Pairs well with the GLB Screenshot tool if you also need clean renders once you're happy with the model.

Would love to hear what other viewer features (measurements, texture inspector, animation timeline?) would be useful — drop a comment!

GLBKit — A Free Online Toolkit to View, Inspect and Screenshot GLB/GLTF 3D Files

SUJIT KOJI — Tue, 21 Jul 2026 18:58:57 +0000

If you work with 3D on the web — Three.js, React Three Fiber, Babylon.js, or you're exporting assets from Blender, Unity, or Godot — you've probably needed a quick way to open a .glb or .gltf file, check it looks right, or grab a clean screenshot of it without spinning up a whole project.

That's exactly why I built GLBKit — a free, no-login, browser-based toolkit for GLB/GLTF developers.

The problem

Every time I needed to sanity-check a 3D model, I ended up doing one of these:

Dragging it into a random online viewer with ads and low limits
Spinning up a local Three.js scene just to preview one file
Manually setting up lighting/camera in Blender just for a screenshot

None of these are fast. GLBKit is meant to remove that friction — drop a file in, see it instantly, and optionally export a render.

What GLBKit does

GLB Viewer

Open and inspect .glb, .gltf, and .zip (packed asset) files directly in the browser. Real-time 3D rendering with orbit controls — no upload-and-wait, no login.

GLB Screenshot

Turn any .glb/.gltf/.zip model into a high-quality render. Export as PNG or JPG, up to 4K, with optional transparent background — useful for thumbnails, marketplace listings, or docs.

More tools (optimizer, converter, and support for additional 3D formats) are actively being added.

Who it's for

GLBKit is built for the whole GLB pipeline, regardless of where your models come from:

Blender exports
Three.js / React Three Fiber scenes
Babylon.js projects
Unity and Godot asset pipelines
Raw WebGL / WebGPU workflows

If your day involves .glb files, there's a good chance GLBKit saves you a step.

Try it

👉 glbkit.com — 100% free, no login required.

Would love feedback from anyone working in the Three.js / WebGL space — what's missing, what tool you'd want added next, etc. Drop a comment or reach out!

I Built GLBKit - A Free Online Toolkit for Working with GLB Files

SUJIT KOJI — Wed, 01 Jul 2026 09:47:14 +0000

How a simple frustration with existing GLB tools turned into a browser-based toolkit for developers.

If you've ever worked with Three.js, React Three Fiber, Babylon.js, or any other 3D web framework, you've probably spent a lot of time dealing with GLB files.

Sometimes you only want to inspect a model.

Sometimes you need to check triangle count.

Sometimes you need a clean screenshot for documentation.

And sometimes you just want to quickly open a model without installing another desktop application.

I kept running into these small problems while building projects.

So instead of switching between multiple tools every day, I decided to build one place for everything.

That's how GLBKit started.

Why I Built It

Most available tools solve only one problem.

One website lets you preview a model.

Another application shows statistics.

Another utility generates screenshots.

Another tool optimizes the file.

After using this workflow for months, it became clear that it wasn't efficient.

I wanted something that worked directly in the browser with no installation and no account required.

Current Features

At the moment GLBKit includes two tools.

1. GLB Viewer

The viewer is designed for developers who need to inspect a model quickly.

You can:

Upload a GLB file
Rotate and inspect the model
Switch between wireframe and solid view
Show bounding boxes
Enable grid
Change camera views
Auto rotate the model
View geometry statistics
Inspect triangles, vertices and draw calls

Everything runs inside the browser using WebGL.

2. GLB Screenshot

Sometimes documentation, portfolios or marketplaces require high quality images of a 3D model.

Instead of opening Blender just to render a preview, the screenshot tool lets you generate clean images directly in your browser.

Features include:

PNG export
JPEG export
Transparent background
Multiple camera angles
High-resolution output

Built With

The project is built using technologies I work with daily.

Next.js
React
React Three Fiber
Three.js
TypeScript
Tailwind CSS

Everything is focused on keeping the interface simple while maintaining good rendering performance.

What's Coming Next

The viewer and screenshot tools are only the beginning.

I'm currently working on additional utilities including:

GLB Optimizer
GLB Analyzer
Texture Inspector
Material Inspector
Mesh Statistics
Animation Inspector
File Validation
Performance Analysis
Compression Utilities

The goal is to make GLBKit a complete toolbox for developers working with 3D assets on the web.

A Small Design Philosophy

One thing I wanted to avoid was creating another dashboard full of buttons.

The idea behind GLBKit is simple.

Upload a file.

Get the information you need.

Export what you need.

Move on with your project.

No unnecessary complexity.

I'd Love Your Feedback

The project is still growing, and I'm improving it step by step.

If you're a Three.js or React Three Fiber developer, I'd love to know:

Which GLB tool do you use most often?
What feature would save you the most time?
Is there something missing from your current workflow?

Your feedback will help shape the next version of GLBKit.

Try GLBKit 🌐 Website: https://glbkit.com

THREE.JS VISION MOUSE DISTORTION // VOL. 04

SUJIT KOJI — Sun, 29 Mar 2026 08:25:37 +0000

A real-time WebGL experiment exploring fluid distortion and chromatic refraction through mouse interaction.
Built with Three.js and GLSL, the experience blends dynamic motion, procedural effects, and cinematic visuals on the modern web.

THREE.JS ELEGANCE: INTERACTIVE FLOWER SHADER VOL. 03

SUJIT KOJI — Sat, 28 Mar 2026 08:21:16 +0000

Elegance: Interactive Flower Shader

A sophisticated, interactive visual experience blending high-end editorial design with advanced WebGL techniques. This project features a 3D-distorted floral gallery element powered by Three.js and custom GLSL Shaders.

Three.js #GLSL #Shaders

THREE.JS MIND SCAPE // VOL. 02

SUJIT KOJI — Fri, 27 Mar 2026 09:34:37 +0000

THREE.JS MIND SCAPE // VOL. 02

An exploration of digital tactile experiences through Refraction Shaders and Interactive Distortion. This experiment pushes the boundaries of WebGL by blending organic motion with high-end typography.

Tech Stack: Three.js, GLSL (Shaders), Custom Pipeline.
Key Feature: Dynamic RGB Shift & Mouse-Inertia Displacement.
Vibe: Minimalist, Cinematic, High-Fashion.

THREE.JS MORPHING VOID // VOL. 01

SUJIT KOJI — Thu, 26 Mar 2026 06:46:22 +0000

Pushing the limits of Three.js with custom GLSL noise displacement. 128-segment density for that ultra-smooth liquid transition. No videos, no heavy assets-just pure, optimized math.

Engine: Three.js

Shader: Simplex 3D Noise

Vibe: Industrial Minimalist

THREE.JS LIQUID ART // VOL. 02

SUJIT KOJI — Sat, 21 Mar 2026 18:51:27 +0000

An exploration into high-end GPU-accelerated visuals and fluid motion.

This experiment focuses on the intersection of mathematics and art, utilizing custom GLSL Shaders to create a responsive, liquid-like surface. The interaction is driven by a smooth Lerp-based mouse tracking system that distorts a 3D mesh in real-time.

Engineering "Interfaces That Feel Alive" - My Design Philosophy

SUJIT KOJI — Tue, 17 Mar 2026 17:42:07 +0000

Portfolio:

The Core Concept

Websites shouldn't just be viewed; they should be felt. When we talk about "Awwwards-level" digital experiences, it isn't just about a flashy color palette or a trendy typeface. It’s about that organic flow-the thin line between a static UI and an immersive environment.

The Vision: Motion-First Identity

My portfolio (screenshot above) is built on a single principle: Interfaces that feel alive - not just animated. In this hero section, I focused on three pillars to define my digital identity:

The Living Core: The central organic blob isn't a pre-rendered video or a simple loop. It’s a performance-driven shader designed to give the interface a "pulse" that responds to the environment.

Typography & Hierarchy: By using high-contrast, minimalist Sans-Serif, I let the message breathe while the motion does the heavy lifting.

Technical Sophistication: Every interaction is locked at a cinematic 60FPS to ensure the premium feel remains buttery smooth.

The Creative Tech Stack

To bridge the gap between functional UI and high-end aesthetics, I utilized a stack that balances performance with creative freedom:

Next.js: For a robust, SEO-friendly architecture.
React Three Fiber (R3F): Bringing 3D into the DOM with seamless state management.
Custom GLSL Shaders: Crafting unique visual textures that go beyond standard CSS.
GSAP & Framer Motion: For orchestrating complex layout transitions and micro-interactions.

Beyond the Code

For me, code is more than just logic-it's a medium for Digital Architecture. As a Creative Frontend Developer and WebGL Specialist, I am constantly pushing the boundaries of how we interact with the web.

The goal is always the same: Move away from "templates" and toward "experiences."

I'd love to hear from other creative engineers:
How do you balance heavy WebGL graphics with web performance? Let's discuss in the comments!