Creating Custom 3D Packaging Designs with Blender

Explore cloth modeling in blender using poll-by-poll topology, mask extraction, and mirror-based shaping to create clean clothes like a t-shirt and shorts, focusing on topology density, retopology, and texture readiness.

Create a base stamp in Blender for 3d packaging by blocking geometry, adding text, applying bevels and extrusions, shaping with bend and curve modifiers, and preparing for remesh.

Create a dramatic three-dimensional packaging prop in blender by modeling a dynamite clock bomb with cylinders, extrusions, array repetitions, and subtle shading, then explore remesh and texturing options.

Learn to enhance 3D packaging designs in Blender by applying remesh modifiers, adjusting fonts, and iterating on density and detail, then set up materials and lighting.

Apply textures to a Blender model using CC0 textures and fabric texture, adjust materials with Principled BSDF and emission, and map textures with cube projection under HDR lighting.

Explore finalizing a 3d packaging render in blender by applying a clock texture through image texture and UV mapping, then finalize with randomization, lookdev, color management, denoising, and Photoshop post-production.

Apply Blender's compositor to refine 3d packaging renders with RGB curves, color balance, denoise, and glare, then finalize in the image editor for a polished final render.

Model a supermarket cart stamp in Blender for a black week design by extruding a vertex into a curve, applying depth, subdivision, and mirror symmetry, then add wheels and bevel.

Learn to texture and render 3D packaging models in blender by applying chrome, leather, and metal textures, using uv projection, hdr lighting, and final render settings.

Demonstrates transforming text case in Inkscape using built-in extensions to switch between uppercase and lowercase and apply other case effects for polished typography.

Plan, draft and model a custom 3D packaging stamp in Blender, combining a shield motif with neon details, turbine accents, and thoughtful references.

Master turbine modeling in Blender for 3D packaging design by building a simplified turbine from references, applying subdivision, mirror, solidify, and precise extrusion techniques.

Explore texture and rendering in Blender, applying materials, metallics, roughness, and color palettes while using references and HDR lighting to craft a polished three-dimensional packaging design.

Explore post render composition in Blender for custom 3D packaging designs, applying look dev, denoise, image edits in Photoshop, textures, lighting, and dramatic fire effects to stamps.

Model a Blender logo and a rocket to create a 3D stamp in Blender, applying extrusion, subdivision surface, edge loops, and 3D text for a packaging design.

Apply extrude to text and alignment in Blender, refine with remesh and deform modifiers, shape text with curves, set up a camera and lighting, and finalize a 3D packaging stamp.

Apply textures and materials in Blender by using the dropper, color sampling, sub materials, and cube projection to color the rocket and logo; experiment with HDR lighting and Cycles rendering.

Create a final Blender render for custom 3D packaging, then perform Photoshop post-production to craft four stamp designs for branding yourself in the market and your portfolio.

Celebrate five impressive stamp results modeled in Blender, featuring topology corrected with remesh and cuts, leather textures, and a process suitable for beginners to showcase in your portfolio.

Learn to design custom 3D stamps in Blender by planning concepts with references, exploring deformation, curves, and bevel techniques, then model simple to advanced stamp designs with textures.

Model a custom 3D stamp in Blender, constructing the seal and beveling edges. Learn to work with remesh and curves and navigate text challenges through practical workarounds.

Apply materials and textures to a stamp model in Blender, render with HDR lighting, and perform post-production in Photoshop.

create a 3d stamp design in blender using curves and meshes, extruding, beveling, and solidifying features, adding text and materials, then render with hdr lighting for a polished result.