Quadify Base, Premium, & Pro

Thu, 29 Jan 2026 15:54:44 +0000

I’ve just released three variants of Quadify on Superhive: Base, Premium, and Pro.

Quadify is a Blender toolset built around one idea:
mesh cleanup and quad generation should be deterministic, intentional, and fast — not a guessing game.

This isn’t a replacement for manual retopology tools. It’s designed to be used before them, when you’re dealing with messy geometry and trying to decide how much work is actually worth doing.

Here’s how the three variants are intentionally scoped:

Quadify Base
Focused on safe, predictable tri-to-quad conversion.
It handles the obvious cleanup first, preserves seams and materials, and clearly shows what still needs manual attention.
Built for speed and transparency, not magic.

Quadify Premium
Adds manual quadification and region-based control.
You decide where topology is rebuilt and what stays untouched.
This turns quad cleanup into a deterministic decision process instead of a global operation you hope works.

Quadify Pro
Built for production pipelines and scale.
Includes pipeline workflows, automation recipes, LOD generation, texel density tools, validation, and reporting.
The focus here is repeatability and trust — knowing an asset is actually ready for downstream use.

All three share the same core philosophy:

deterministic behavior

visibility before action

control before commitment

If you work with scans, AI-generated meshes, imported assets, or production pipelines where cleanup keeps breaking things, Quadify is meant to remove the mechanical, repeatable pain — not replace artistic judgment.

The full release is live here on Superhive:
https://superhivemarket.com/products/quadify

Happy to answer questions about design decisions, scope tradeoffs, or why certain things are intentionally not automated.

Quadify

Mon, 22 Dec 2025 16:10:47 +0000

Quadify: Manual Selective Quadification for Real Production Assets

Quadify is a Blender-based quadification tool designed around a simple observation:

Most production meshes do not benefit from global quadification.

Real assets are mixed by nature — hard-surface and organic elements, deforming and static parts, scanned and authored geometry — often combined in a single model. Treating all of that geometry as a uniform problem leads to unnecessary topology damage, cleanup work, and loss of author intent.

Quadify introduces a manual selective quadification workflow that allows artists to decide where quadification should be applied and where it should not.

The Problem Quadify Is Addressing

From Triangle Soup to Perfect Quads: The Brutal Manual Way vs. Quadify’s 30-Second Miracle

Wed, 26 Nov 2025 21:05:08 +0000

I’m Wilson — creator of Quadify, ContextWizard, Unit & Scale Doctor, and a few other tools on Superhive.
Before any of that paid my bills, I spent an obscene amount of time doing one job: turning dense, chaotic triangle meshes into clean, subdivision-ready quad surfaces.

If you’ve ever imported a ZBrush decimation, a photogrammetry scan, a 3D-print STL, or a half-baked CAD export, you’ve lived the pain.

This article has two parts:

The real manual workflow — slow, free, and soul-grinding.
How Quadify does the same job in 20–60 seconds with one click.

Part 1 — The Manual Way (Prepare to Suffer)

Blender 4.2+, no add-ons.

1. Prep Work (5–10 minutes)

If you skip this, everything afterward gets worse.

Edit Mode → A
Mesh → Clean Up → Delete Loose
Mesh → Clean Up → Merge by Distance (0.0001–0.001m)
Shade Smooth + Auto Smooth 30°
Mark must-keep edges: Ctrl+E → Mark Sharp
Mark UV seams now if they matter

This step prevents half of the headaches artists blame on Blender.

2. The First Tris-to-Quads Pass (10–40 minutes)

Select everything → Alt+J

Results vary wildly:

Organic shapes: “okay-ish”
Hard-surface models: catastrophic
Expect poles, ngons, and loops that seem drunk

Accept that this is only the beginning.

3. Limited Dissolve Hell (10–60 minutes)

Your goal: dissolve unnecessary edges without eating sharp boundaries.

Select → Select All by Trait → Non-Manifold
Also select Boundary Edges
Temporarily Mark Sharp to protect them
Select All → Mesh → Clean Up → Limited Dissolve
Increase Angle Limit conservatively: 5° → 8° → 12° → 15° max

Watch your creases closely.
The instant a bevel collapses, undo.
Most manual retopology failures happen right here.

4. Pole Surgery & Triangle Exorcism (30 minutes – 8 hours)

This is where time disappears.

Common disasters:

5–7+ poles in curved zones
stretched quads
triangle clusters stuck in concave pockets
ngons that explode under subdivision

Your toolset:

J → stitch vertices cleanly
Ctrl+Shift+B → bevel poles to redirect loops
Grid Fill → fix planar triangle islands
Knife Tool (K + Z) → create deliberate flow
Inset (I) → force quad rings by deleting centers

There’s no fast path. Just judgment, patience, and caffeine.

5. Final Cleanup (10–20 minutes)

Select → Faces by Sides → >4
Investigate suspicious regions with Loop Inner-Region
Add Subdivision (Lvl 1) and hunt for pinching
Fix → undo → fix → undo
Question all your life choices

Typical manual times:

800k head scan → 4–9 hours
Bad STL chair → 2–6 hours
42 shoe lasts → multiple weeks
Your sanity → irrecoverable

This is the “free” method — but the time cost is brutal.

Part 2 — The Quadify Way (20–60 Seconds)

Open the same garbage mesh and:

Select object
Sidebar → Quadify
Pick a preset:
- Organic – Safe
- Hard Surface – Aggressive
- Maximum Quad Purity
(Optional) Protect Sharp Edges / UV Seams
Click Make Sub-D Ready

Done. No hunting. No dissolving. No pole gymnastics.

What Quadify Actually Does (High-Level)

No trade secrets — but here’s the architecture.

Quadify runs a multi-stage, boundary-aware quadification pipeline that models what experienced artists do manually, except massively faster:

Smart triangle pairing via 14 weighted factors
Priority-queue collapse that avoids concave destruction
Multi-pass dissolve that ignores protected edges
Automated grid-filling on triangle islands
Very small relaxation passes
Final pole audit + micro redirects for subdivision fidelity

It’s the same reasoning humans use — just performed tens of thousands of times per second.

Real-World Results

Model Type	Tris In	Manual Time	Quadify Time	Sub-D Ready
ZBrush head scan	1.84M	6–9 hrs	68 sec	Yes
42× shoe lasts (batch)	32M	3 weeks	41 min	Yes
Hard-surface mech	480k	2–3 hrs	24 sec	Yes
Photogrammetry building	2.2M	8–12 hrs	74 sec	Yes

No pole patching.
No dissolve babysitting.
No topology chaos.
Just clean, consistent quads.

Why Quadify’s Speed Feels Like Magic

Manual retopo involves endless judgment calls:

“Will this edge collapse safely?”
“Will this pole explode under subdivision?”
“What loop direction makes the least chaos in 12 steps?”

Quadify bypasses all of that.
It knows the end goal — quad-dominant, smooth, animation-safe surfaces — and it computes the optimal path instead of improvising like a human under deadline pressure.

It’s not magic.
It’s geometry, heuristics, and ruthless optimization.

When Manual Retopo Still Makes Sense

A few cases genuinely benefit from the old way:

You’re learning topology and need the pain to understand flow
The mesh is very small (<20k tris)
You’re doing stylized topology design by hand
You enjoy precise, handcrafted edge flow

Everything else?
Your time is worth more than endless edge dissolves.

Get Quadify and Reclaim Your Hours

Latest version:
Quadify

Docs:
https://quadify3d.com

CoderLegion gets 40% off with code:
LEGIONTRIS
Valid until Dec 28, 2026. Unlimited uses.

Drop your worst manual-retopo war story in the comments — the most traumatic tale gets a free lifetime license from me personally.

— Wilson (@wilsonanibe98)

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