MCX MODELING TOOL
The Ultimate Smart Topology & Precision Toolkit for Blender. Engineered for Hard-Surface Artists, Character Modelers, and Indie Devs demanding flawless Shading and CAD-level accuracy.
🛡️ Thao tác 1-Click (Mesh Tối Ưu)
🎯 Đo đạc CAD Chuẩn Xác Hàng Đầu
💎 Sạch Lưới & Bảo Toàn Khối Tuyệt Đối
💎 Auto Relax Trên Bề Mặt Phức Tạp
CAD Precision Toolkit
- Blender excels at artistic sculpting but falls short when it comes to mechanical precision. Measuring edge lengths, angles, or arc radii often requires installing cumbersome, hard-to-use measurement add-ons.
- How MCX Solves This: It integrates a high-precision CAD cutting feature alongside a real-time, intuitive numerical display system. It automatically measures edge lengths, angles between faces/edges, and the exact radius of circular arcs, turning Blender into technical-grade precision design software.
Complex Surface Relax
- After performing complex extrusions, mesh deforming, or edge sliding, polygons (Quads) can spin out of control—becoming overly dense in some spots and overly stretched in others. Blender lacks a native tool to evenly space these loops based on mathematical distance while preserving the original volume.
- How MCX Solves This: When you select an edge loop or string, the system automatically measures its total length, calculates an exact mathematical division based on the number of segments, and repositions the vertices to be perfectly spaced. The "surface-constrained relax" mechanism smooths and spaces the mesh out perfectly without losing the core volume.
- This is an absolute game-changer for Retopology and Character/Creature modeling artists who need to optimize polygon density to absolute uniformity before baking maps.
Groundbreaking Cone Loop Cut
- The mesh structure of a cone—where all edges converge at a single, sharp apex—has always been a nightmare when you need to add clean loop cuts. Standard cutting tools get stuck or derail when approaching this converging apex zone.
- How MCX Solves This: A smart geometric interpolation algorithm allows you to execute concentric loop cuts around the cone smoothly and with CAD-level precision, preserving industry-standard topology.
Ultimate Hole Patching – Pushing Past Grid Fill Limits
- Blender’s native Grid Fill feature only works when opposing edge counts match and the total vertex count is an even number. When facing irregular or uneven holes, Grid Fill throws a red error, forcing you into tedious, time-consuming manual fixes.
- How MCX Solves This: The MCX smart patching algorithm completely tears up the old rulebook. No matter how distorted the hole is, or whether the vertex count is odd or highly complex, the tool automatically analyzes the surrounding topology flow and patches it with clean, precise quads.
Perfect Circle Normal Keep
- Blender's default Circle command always flattens the selected mesh region. When working on complex curved or sloped surfaces (like aircraft fuselages, robot armor, or bottles), this flattens and distorts the surrounding geometry, causing severe shading artifacts and pinched surfaces.
- How MCX Solves This: It automatically calculates the average normal plane of the selection before rounding it via mathematical vectors. A smart projection algorithm then snaps the vertices back onto the surface's original curvature, keeping the shading flawless.
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