The 3D printed corner aquarium tunnel for fish is an eco-friendly structure designed to provide an engaging and safe environment for aquatic life. Crafted from PLA (Polylactic Acid), a biodegradable and non-toxic material, this tunnel showcases a seamless blend of functionality, sustainability, and aesthetic appeal.

The corner tunnel / cave has a sleek and smooth finish, ensuring the safety and comfort of the aquatic inhabitants as they traverse through it. Its open front wall allow for excellent visibility, enabling observers to marvel at the underwater world and observe the fish in their natural habitat from various angles.

The tunnel's structural integrity is reinforced with precision engineering, ensuring durability and stability within the aquarium environment. Its carefully calculated dimensions offer ample space for fish to swim through comfortably, encouraging natural behavior and exploration.

The PLA material used in its construction is specifically chosen for its food-grade and aquarium-safe properties, guaranteeing the well-being of the aquatic ecosystem. Furthermore, being biodegradable, the tunnel remains environmentally conscious, posing no harm to the ecosystem should it need replacement or disposal in the future.

The 3D printing process allows for intricate detailing and customization, offering possibilities for unique designs, patterns, and sizes to cater to different aquarium setups and species' needs.

Dimensions:
SMALL
Part A - 150mm x 50mm x 50mm / 5.9 Inches x 1.96 Inches x 1.96 Inches
Part B - 100mm x 50mm x 50mm / 5.9 Inches x 1.96 Inches x 1.96 Inches
Both opening around 50mm/1.96 inches.

LARGE
Part A - 200mm x 50mm x 50mm / 5.9 Inches x 1.96 Inches x 1.96 Inches
Part B - 150mm x 50mm x 50mm / 5.9 Inches x 1.96 Inches x 1.96 Inches
Both opening around 50mm/1.96 inches.

Item comes in two pieces, you can either glue them together or keep them together with help of substrate.

DISCLAIMER
While we strive for perfection, the nature of 3D printing may result in slight variations that do not compromise the functionality or overall look.