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About Project

This stunning chameleon model perfectly showcases the precision of FacFox’s DLP Ultra Detail Resin printing. Perched elegantly on a bottle cap, the reptile’s lifelike pose and intricate skin textures make it an ideal example of how digital sculpting and high-resolution resin printing come together to produce exhibition-grade models.

The chameleon’s rough, granular skin surface, fine dorsal spines, and delicately curled tail are all captured in exceptional detail. Even the folds around its eyes and limbs are crisply rendered, demonstrating the material’s ability to preserve microscopic sculptural features.

About the Material

DLP Ultra Detail Resin is designed for projects that demand superior surface resolution and sharp edges. With a layer thickness as low as 0.025 mm, it produces smooth surfaces and accurate geometries, ideal for figurines, prototypes, jewelry masters, and miniature collectibles. Its light beige color also makes it excellent for painting and finishing work.

Applications

• Collectible figures and wildlife models
• High-detail concept sculpts
• Jewelry prototypes and miniatures
• Artistic and anatomical studies

FacFox’s DLP printing service allows artists and designers to bring their digital creations to life with remarkable fidelity. Whether you’re sculpting creatures, characters, or precision components, our DLP Ultra Detail Resin delivers the quality you need for professional presentation and production.

Solution

• Step 1: 3D Model Preparation. The digital chameleon model was designed and optimized for ultra-high-resolution resin printing. Fine surface textures and small structural details were carefully preserved during mesh cleanup.
• Step 2: File Slicing. The model file was sliced using DLP-compatible software. The layer thickness was set to 0.025 mm to capture every microscopic scale and wrinkle of the chameleon’s skin.
• Step 3: Printing. The model was printed using DLP Ultra Detail Resin, which offers exceptional precision and smooth surface finish. The printing process was carried out layer by layer with a focused light source to ensure perfect edge definition.
• Step 4: Support Removal. After printing, the part was gently removed from the build platform. All supports were carefully detached to avoid damaging fine claws and tail structures.
• Step 5: Cleaning and Post-Curing. The model was cleaned in an IPA bath to remove residual resin, then post-cured under UV light to reach full mechanical strength and surface hardness.
• Step 6: Surface Finishing. The surface was lightly polished to remove tiny support marks while maintaining the natural skin texture. The finished piece retained its beige resin tone, giving a lifelike clay-sculpture appearance.