• Shrimp and Fish Shelter

  • Aquarium Aquascaping

  • Cichlid breeding room

  • 3D Printed Decorative Figurines

  • Irregular-shaped fish evasion

Product Introduction: This is a 3D-printed simulated hideaway designed specifically for ornamental fish and shrimp in aquariums. The overall model features an intricate, interwoven root-like structure that mimics the tangled roots of ancient trees in nature. Inside, it incorporates deep labyrinthine spaces and spacious hiding cavities, providing a highly secure private retreat for timid bottom-dwelling species or cave-loving cichlids. At the same time, as a centerpiece of the aquarium’s aquascape, it significantly enhances the natural wildness and visual depth of the tank’s ecosystem.

Design Highlights:

  • Three-Dimensional Interlocking Structure: The model is constructed from multiple “tree roots” of varying thickness that intertwine and support one another, forming a stable yet dynamically varied three-dimensional framework. The interior features ample open spaces and interconnected channels, allowing fish and shrimp to explore and navigate freely, thereby increasing the element of playfulness and enjoyment.
  • Biomimetic Bark Texture: The surface is meticulously carved with fine bark-like patterns and irregular bumps and dips, creating a highly realistic texture that blends seamlessly into a wide range of aquascaping styles, including South American tanks, biotope setups, and Lake Tanganyika cichlid tanks, without any sense of incongruity.
  • Panoramic Visual Screening: Irregularly sized openings are strategically placed around the sides and at the base, ensuring smooth water circulation while simultaneously providing shaded, sheltered areas from all angles, thus reducing stress caused by external disturbances.
  • Safe Rounded Edges: All edges that come into contact with the water have been carefully rounded, effectively eliminating the risk of sharp corners injuring the fins of fish and shrimp and guaranteeing absolute safety for aquatic pets during swimming and hiding.

Technical Specifications:

  • Applicable Species: Fancy-shaped fish, Corydoras catfish, crystal shrimp, ornamental crabs, and various small bottom-dwelling species that enjoy burrowing.
  • Product Dimensions: Recommended dimensions (L x W x H): approximately 10 cm x 8 cm x 12 cm (actual printed dimensions may vary).
  • Installation Method: Simply place it directly on the aquarium substrate or decorative rocks; no additional mounting required.
  • Recommended Materials: High-toughness PETG or PLA, which offer excellent water resistance, corrosion resistance, and dimensional stability even after prolonged immersion.

Application Scenarios:

  • In newly set-up tanks, it helps vulnerable fish and shrimp quickly establish territorial awareness and alleviate stress.
  • During the breeding season of cichlid species, it serves as a dedicated spawning area, protecting eggs from predation by other fish.
  • In planted tanks or rainforest-style aquascapes, it acts as a visual focal point, breaking up the monotony of the background.
  • In the molting phase, it provides critical shelter for ornamental shrimp such as crystal shrimp, preventing them from being pecked at by tankmates or other fish.

Originality of the Model

The author declares that this work is their personally original model

This model is licensed under the following terms:

Standard Digital File License

This work is licensed under a Standard Digital File License. Digital files have a strict non-commercial, personal use only license.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital file or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including remixes of this object). You can not host these files on other digital platforms, web stores or cloud repositories. The objects may not be used in any way whatsoever in which you charge money, collect fees.

Models(1)

  • model file image
    树姑.3mfDesigner

    10.84 MB

    2026-04-28

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