Blog & Updates From Texturly

Texturly blog for the latest news, tips, tricks, and how-to articles on advanced AI texture generation platform.

All Blogs Tileable textures Game textures PBR mapping Fabric textures Industry trends AI in 3D design PBR textures 3D textures Texture creation Product rendering

An illustrative diagram showing the circular See-Feel-Listen method used to decode fabric texture. The cycle moves from seeing a fabric sample, to feeling it with a hand icon, to listening, with a central arrow pointing to the overall concept of Feel, symbolising a deep understanding of the textile's properties. — The visual representation of the See-Feel-Listen Method, a multi-sensory approach that combines visual analysis, tactile interaction, and auditory input to completely decode the physical properties of any fabric texture.

The See-Feel-Listen Method That Decodes Any Fabric Texture

Fabric texturesTexture creation

Move beyond generic fabric lists with the See-Feel-Listen Method for identifying textile textures. This guide dives into a sensory-based approach, allowing you to translate real-world fabric nuances into compelling digital designs with confidence and precision.

Max Calder

Dec 19, 2025 · 17 mins read

A conceptual illustration showcasing a variety of material finishes and plastic textures, including rough wood grain, speckled stone, metal, and a fine grid pattern. — A visual guide illustrating the variety of surface finishes and plastic textures that go beyond the spec sheet. Understanding these different tactile and visual qualities is essential for product design and accurate material representation.

Beyond the Spec Sheet: A Tactile Guide to Plastic Texture Comparison

Product renderingTexture creation

Ever picked up a product that looks great but feels cheap? This guide dives deep into the tactile world of plastic textures, revealing how the right choice can transform perceived quality and usability by going beyond the spec sheet. Ready to explore the nuances?

Max Calder

Dec 15, 2025 · 15 mins read

A conceptual diagram showing various layered DIY textile samples and handmade patterned papers being placed into a scanner (left), with an arrow pointing to a computer monitor (right) displaying the resulting digital textures ready for use in digital design or 3D art. — Illustrating the process of transforming physical, DIY textile textures into digital assets. This technique involves scanning or capturing real-world materials to create unique digital designs that have an authentic, tactile feel.

DIY Textile Texture Techniques That Make Digital Designs Come Alive

Fabric texturesTexture creation

Are your digital textures falling flat? Discover how hands-on textile texture techniques can transform your DIY textile projects and digital designs. This guide dives into the tactile world of fabric manipulation, helping you create more authentic, impressive textures.

Max Calder

Dec 8, 2025 · 16 mins read

An abstract, purple-toned collage showcasing various architectural facade textures, including brick, modular panels, glass, and geometric patterns, symbolizing how external material choices deeply impact a building's performance and energy efficiency. — This abstract collage of different architectural textures (brick, glass, panels) illustrates how diverse facade materials and patterns are critical to optimizing a building's functional performance beyond just aesthetics.

More Than Skin Deep: How Facade Textures Drive Building Performance

Industry trendsTexture creation

Explore how building facade textures go beyond aesthetics to enhance energy efficiency by connecting architectural design with material science. This guide covers how thoughtful texture choices can transform your design into a high-performing asset.

Mira Kapoor

Nov 26, 2025 · 9 mins read

A schematic diagram inside a stylized smartphone screen demonstrating AR optimization. It shows Lag associated with a microchip and scattered data, which is then processed and optimized into a polished AR Environment Probe, resulting in an Optimized experience, symbolizing debugging ARKit texture generators for better mobile performance. — A diagram illustrating the technical pipeline of an AR application inside a smartphone, showing how texture generation and data processing transform a lagged, raw input into a polished, optimized AR environment probe for a seamless user experience.

From Pixelated Mess to Polished AR: Debug ARKit Texture Generators

AI in 3D designTexture creation

Tired of your ARKit textures looking more like a pixelated mess than a polished element? This guide dives into practical troubleshooting strategies for resolving common texture generator issues, from blurriness and glitches to performance drops. Let’s uncover how to make your AR experiences shine.

Max Calder

Nov 24, 2025 · 11 mins read

Three rounded rectangular devices made of plastic are displayed side-by-side. The left object features a woven plastic texture, suggesting a soft or grippy surface; the center object has a smooth, high-gloss plastic finish; and the right object has a dark, rugged, distressed plastic texture. This comparison demonstrates how surface texture tells a product's story. — Beyond color and gloss, the chosen plastic surface—from a fine weave pattern to a high-gloss finish or a rugged matte—defines a product's intended function and brand narrative.

Beyond Color and Gloss: How Plastic Texture Tells Your Product's Story

Product renderingTexture creation

Dive into the overlooked role of microscopic surface textures in product design, beyond color and gloss. This guide uncovers how these textures influence user experience, product performance, and design across industries, transforming visualizations into compelling product stories.

Max Calder

Nov 19, 2025 · 12 mins read

An abstract illustration showing an arrow labeled Plastic texture pointing toward two magnified, overlapping circles. One circle has a swirling, rippled texture, and the other has a precise grid pattern. This symbolizes the need for clear communication and precision in defining plastic surface finishes during the manufacturing pipeline. — The precise language of plastic texture is critical in the manufacturing process, ensuring accurate communication between design and production teams to prevent costly mistakes.

Decode Plastic Material Texture: The Team Language That Prevents Costly Manufacturing Mistakes

Product renderingTexture creation

Struggle with miscommunications over plastic material texture? Dive into our guide to uncover the true language of texture, bridging design intent and manufacturing precision. Avoid costly errors by harmonizing your team's vision, ensuring the final product feels just right.

Mira Kapoor

Nov 17, 2025 · 14 mins read

A diagram illustrating the concept of a Texture Atlas, showing a Before state with many scattered texture cubes and high CPU Load, transitioning to an After state where all textures are consolidated into a single, organized grid, labeled Performance Boost, demonstrating efficiency in a Unity 3D game engine. — This diagram illustrates the core concept of a Texture Atlas workflow: consolidating many scattered, individual texture files (Before, leading to high CPU Load) into a single, organized sheet (After, resulting in a significant Performance Boost).

Build Unity 3D Texture Atlas Workflows That Actually Ship

3D texturesTexture creation

Ready to optimize your Unity 3D projects with a streamlined texture atlas workflow? This guide breaks down the practical steps to enhance performance and visual quality, moving beyond fragmented advice to deliver a comprehensive system that truly ships.

Max Calder

Nov 14, 2025 · 14 mins read