Coral lamp 3D Models

Find the best Coral lamp 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1744655754

把这个二维图片转化成三维模型，整体比例协调，曲面过渡自然圆滑，类似一个珊瑚的造型，不需要对称，看着比较自然，高度方向尺寸大致控制在10cm左右，有一定的厚度，内部分布着小通孔

Anonymous1764759551

Anonymous1748913948

Anonymous1745856488

Anonymous1764251662

Anonymous1764077512

Anonymous1758297965

diseña una lampara igual a esta. debe estar hueca por dentro para colocar el bombillo.

Anonymous1760792319

Organic Coral Lamp with Hidden Tech Compartment:
Create a detailed 3D model of an artistic table lamp shaped like branching ocean coral. The structure should be hollow inside, with a natural, organic texture similar to real coral.

Overall style: modern, smooth, slightly matte surface, printable in PLA, no thin fragile spikes.

Dimensions: around 28–32 cm tall, 22–26 cm wide, stable circular base.

Internal cavity:

create an inner chamber accessible from the back or bottom (designer’s choice).

The chamber must fit an Echo Pop speaker (12.7 cm wide x 10.6 cm tall x 9.9 cm deep).

Include a second vertical slot behind or above the speaker to place an iPhone 16 Pro with a case (approx. 147 × 72 × 9 mm).

Functionality:

The interior cavity should allow sound to diffuse outward naturally through gaps between the coral branches (do not fully seal).

Add small front and side openings designed to enhance acoustic resonance while hidden inside the coral pattern.

Add a cable channel underneath for power and chargin

Anonymous1763233247

Generate two distinct 3D models that fit together perfectly to form a coral-shaped lamp, based on the attached image. Both models must be solid, ready for 3D printing in PLA, with closed, manifold meshes without errors, and designed for support-free FDM printing. The overall aesthetic should faithfully recreate the organic, branched coral structure and light diffusion as seen in the reference image.

Model 1: The Coral Shade (Pantalla)

Form & Structure: This model represents the thin-shelled coral shade. Its overall diameter will be 15.5 cm.

Base Recess: The bottom of the coral shade must have an internal recess or lip designed to perfectly fit onto the separate lamp base, creating a seamless joint.

Visible Height: When assembled, the coral shade will obscure most of the base, allowing only 1 cm of the base to be visible below it, as depicted in the image.

Coral Branch Start: The coral branches should begin to emerge from the shade's structure starting at 1.5 cm from its bottom edge.

Overall Height: The tallest point of the coral (the highest branch) will reach an overall lamp height of 40 cm from the bottom of the base when assembled. Other branch heights are variable to maintain organic form.

Central Separation: In the center, the coral structure must separate from the base by approximately 6 cm to accommodate the bulb and holder, allowing for airflow and access.

Bulb Coverage: The coral branches must enclose the bulb space, hiding it from direct view from any top angle, but allowing light to diffuse through the structure.

Output Format: Output this model as Coral_Shade.STL.

Model 2: The Lamp Base (Base)

Form & Structure: This model is the functional base for the lamp. Its total diameter will be 15 cm.

Shade Connection: The top perimeter of the base must feature an external lip or ridge designed to perfectly accept and engage with the internal recess/lip of the Coral Shade model, ensuring a secure and flush fit.

Visible Height: The base has a total height of 6 cm, but when the shade is attached, only 1 cm of its exterior height will be visible above the table, matching the reference image.

E27 Holder Cavity: A central cylindrical cavity for an E27 lamp holder must be incorporated. The internal diameter for the holder should be 40 mm. This cavity should extend downwards from the top surface of the base to accommodate the holder.

Output Format: Output this model as Lamp_Base.STL.

Assembly and Printing Considerations for Both Models:

Both models must be designed with support-free FDM printing in mind.

The joint between the shade and the base must be designed for a snug, friction fit or allow for easy assembly (e.g., using a small amount of adhesive if desired).

Ensure precise scaling and alignment so both parts can be printed and assembled seamlessly.

Anonymous1741703840

Generate a 3D model of a coral-shaped lamp based on the attached image. The model must be solid and ready for 3D printing in PLA, with a closed, manifold mesh without errors.

Key Geometric and Functional Requirements:

E27 Socket Placement: Integrate a central, cylindrical cavity for an E27 lamp holder. This cavity's center axis must be located 10 cm (100 mm) above the internal base of the lamp model. The internal diameter for the holder should be 40 mm.

Holder Coverage: The lower branches of the coral must immediately cover and encapsulate the base of the lamp holder (the area up to the 10 cm mark), concealing it from view.

Bulb/Light Space: A clear, open space must be left above the holder for the insertion and seating of the E27 bulb.

Light Diffusion/Top Coverage: The upper branches of the coral structure must angle inward (inclinarse) to partially cover the top of the bulb area, preventing direct line-of-sight to the light source while allowing light to diffuse through the gaps, matching the aesthetic of the reference image.

Support-Free Design: The final geometry must be specifically designed to avoid the need for 3D printing supports (FDM-friendly overhangs, ideally <60
∘
angles).

Output Format: The file must be in .STL format.

Anonymous1741703840

Anonymous1741721140

lampara de mesa moderna con forma de corall marino, 3d model, cuerpo solido de textura porosa, la luz calida irradia desde el centro de la estructura, material plastico o ceramica mate, estilo organico, diseño minimalista

Anonymous1759644315

3Dpicasso

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