How Are Bionic GRC Sculpture Textures Achieved? Qinglong's GRC Bionic Texture Production Technology

Bionic GRC shape textures are achieved through three technologies: digital scanning, mold transfer, and surface treatment. Three-dimensional scanning captures natural textures (precision 0.1mm), CNC carves molds (precision ±0.2mm), and combined with special release agents, natural textures such as tree bark, stone, and leather can be accurately replicated. With a texture depth of 0.5-3mm and a resolution of over 90%, a remarkably realistic effect is achieved.

Technical process: high-precision scanning (point spacing 0.05mm) → data optimization (denoising, hole filling) → mold carving (tools Φ0.5-3mm) → trial mold adjustment. In an eco-building project requiring the replication of 10 different tree bark textures, a texture database was established to enable mass production, improving efficiency by 50% and reducing costs by 30%.

Digital Data Acquisition Technology

The 3D scanner has a precision of 0.1mm, fully capturing details. Multi-angle scanning eliminates blind spots. Data stitching is accurate, with error ≤0.2mm. A texture library is established for easy retrieval.

Mold Making Process

Select appropriate tools to match texture features. Optimize carving parameters to improve efficiency. Fine surface treatment ensures the transfer effect. Trial mold verification allows timely adjustments.

Transfer Technology Control

Select suitable release agents to ensure clarity. Control material fluidity to avoid distortion. Apply proper vibration techniques to prevent bubbles. Time demolding accurately to avoid damage.

Surface Treatment Process

Uniform coloring conveys a sense of layering. Protective treatment improves durability. Texture restoration achieves a lifelike effect. Quality inspection ensures compliance with requirements.

Bionic textures enhance artistic value. With Qinglong GRC's exquisite craftsmanship, the beauty of nature is recreated.