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The Arboreal
Glass Towers
Jumping Spider Enclosures, Shopping Notes & Options

Top view of a glass enclosure fully decorated with accessories for a pet jumping spider, features airplants.

The "Arboreal Glass Towers" are perfect for housing pet jumping spiders or other arboreal species that thrive in elevated environments, such as tree cavities, leaves, branches, or foliage. These towers provide a suitable jumping spider enclosure that mimics the natural airflow above the ground and supplies ample ventilation for your pet. In addition, with multiple openings, including the top, sides, and bottom, your spider will have ample opportunities to build hammocks or webs and have room to feel comfortable and secure.

The Arboreal Glass Towers are ideal for those who want a specialized jumping spider enclosure that provides a natural and secure habitat. Designed specifically to meet the unique needs of jumping spiders, from tiny spiderlings to adults (including their prey), ensuring they thrive in an environment that closely mimics their natural surroundings.

Light edition arboreal glass tower for pet jumping spider
Arboreal glass enlcosure for pet jumping spiders

Are you looking for a new jumping spider enclosure? This elegant design provides a beautiful and clear view of your pet, with excellent airflow and humidity control, features, and accessories to make feeding, observing, and maintenance a breeze. Whether you're a seasoned enthusiast or just starting out, the arboreal glass towers are the ideal pet jumping spider enclosure and work great with many other species, like arboreal slings, praying mantises, and juvenile or dwarf tarantulas that need little substrate.

The AeroVent and LightVent jumping spider enclosures are crafted from high-quality glass, offering clear visibility and pristine optical quality. Glass is more resistant to scratches than acrylic, enhancing durability and reusability over time. These enclosures are constructed with durable PLA PRO plastic, strong neodymium magnets, and arthropod-safe adhesives, ensuring a safe and long-lasting habitat for your pet.

 

If you're unsure about what kind and size of jumping spider enclosure you need, head to our "Jumping Spider Enclosure Size & Type Guide"  for helpful tips and advice. For more information on the Arboreal Glass Towers, please visit the product page using the link above and continue reading the shopping notes below. Finally, if you have questions or need assistance, visit our "contact page" or click on the chat below.

Triple view of customized jumping spider enclosures featuring live plants, climbing structures, and colorful decorations.

What is the difference between the two arboreal towers, AeroVent & LightVent?
 

The AeroVent and LightVent arboreal towers have distinct bottom sections and ventilation placements to accommodate different species' ventilation and humidity management needs. Both models are compatible with several accessories, allowing for numerous configuration possibilities.

Choosing the proper jumping spider enclosure is crucial for your pet's health and well-being. The AeroVent and LightVent models offer innovative solutions tailored to arboreal species' specific ventilation and humidity requirements, making them an excellent choice for any enthusiast.

Ventilation and Structure:

The AeroVent "Glass-Core" includes additional ventilation lines across the side-bottom glass panels, enhancing cross-ventilation, which is essential when using a substrate tray directly. In contrast, the LightVent features a slim, fully ventilated bottom plate, allowing full-length glass panels on three sides, maximizing visibility and airflow.

 

These jumping spider enclosures have a very efficient ventilation mechanism, allowing for a nice view through the glass panels. The humid air rises from the bottom, promoting cross-ventilation through the stacking effect driven by the buoyancy of moist air (learn more in detail with our "Enclosure Ventilation, Humidity & Temperature Guide").

Substrate Tray and Ventilation Plate Integration:

 

The AeroVent habitat includes a substrate tray by default, and the LightVent habitat includes a ventilated bottom plate. Ventilated plates and substrate trays can be purchased separately or as add-ons. 

 

The substrate tray is a detachable bottom that holds inert or inorganic materials such as coconut fibre, moss, coarse dust-free sand, wet cotton, or paper towels. These materials serve as a humidity buffer but are not suitable for burrowing. The tray facilitates easy material replacement to maintain cleanliness and manage waste.

 

The ventilation plate enhances airflow and provides a clean, open look. It can be installed at the bottom or on top of the "glass core" to provide even further airflow. 

 

When the substrate tray is used with the ventilation plate, it acts as a barrier to prevent organic waste from contaminating the wet material beneath. This setup simplifies maintenance by allowing the removal of the magnetic tray without fully opening the jumping spider enclosure, while also creating a moist air buffer under the ventilation plate. This configuration ensures strong airflow and effectively utilizes the evaporating tray's moisture, which is drawn into the glass core through aligned magnets on each stack.

Arboreal Glass Tower - Plastic Ventilated Top

Species Suitability and Environmental Adaptation:

The AeroVent is well-suited for species with high ventilation and humidity needs, making it ideal for environments with dry air. The buoyancy-driven stacking effect helps circulate moist air throughout the habitat as it evaporates from the substrate tray. Placing the substrate at the bottom can create a more natural look. 

On the other hand, the LightVent is optimized for species that require significant airflow in properly acclimated rooms. Species that do not require substrate often benefit from the added ventilation while keeping a relatively clean, spacious, empty bottom. However, the tray and plate can be combined for the best of both worlds.

Selecting the appropriate jumping spider enclosure is key for enthusiasts looking to create the perfect habitat. Our arboreal glass towers provide unmatched flexibility and customization options, ensuring your pet has a comfortable and safe environment.

jumping spider enclosure substrate tray combined with ventilation bottom plate showing max cross ventilation

Differences with the Duo & Tri Glass Habitats:
 

Simple: The “Duo and Tri glass spider enclosures” are meant to use long-term or more significant substrates and do not have a removable bottom. They are meant for species that need substrate to burrow or catch prey. For example, many arboreal tarantulas require a substrate, even if they have arboreal behaviours.

 

The Duo & Tri glass product can be customized long, wide, or tall, with different proportions and many more size options than the towers. This is because there are many more terrestrial species with different needs than only arboreals. When made tall or with long proportions, the Duo & Tri glass habitats can also function as a pet jumping spider enclosure.

One key difference is that the arboreal glass towers utilize a bottom-to-top ventilation flow, while the duo and tri glass systems rely on air entering through one or two side walls and exiting through the top lid. The top lid features a ventilated rim and a removable glass section.

The arboreal glass towers have a removable bottom, which allows for more service access and allows for frequent cleaning of the bottom surface.

Ventilation Lines vs Holes

Ventilation, why lines instead of holes or mesh:
 

Traditionally, cross ventilation in acrylic jumping spider enclosures is achieved through holes or mesh on opposite sides, as drilling holes or installing mesh discs is more straightforward than creating precise thin lines. However, 3D printing technology makes crafting thin, long ventilation lines within intricate plastic parts feasible. Such lines provide excellent airflow and prevent escapes by spiderlings or fruit flies while avoiding the risks of leg or fang entrapment often associated with mesh in tarantula setups.

The big question is: do lines provide more ventilation? Yes, they do.

Fruit fly inside jumping spider enclosure

Let's break down the ventilation metrics for a standard 10x6 cm ventilated wall. The rear panel features ten vertical ventilation lines, each 9 cm long and averaging 0.45 mm in width, although we'll calculate using a maximum width of 0.5 mm for simplicity. Thus, the open area per line is calculated as 90 mm multiplied by 0.5 mm, giving 45 mm² per line. This results in a total of 450 mm² of open area across all ten lines.

For comparison, consider a typical small hole in an acrylic jumping spider enclosure measuring 1 mm in diameter. The area of each hole, calculated as Pi times the radius squared (radius being half of the diameter), gives approximately 0.79 mm² per hole. To provide a ventilation area equivalent to the ten lines, approximately 570 holes are needed, as calculated by dividing 450 mm² by 0.79 mm².

Additionally, the AeroVent edition incorporates three ventilation lines on the bottom of each side. The total area for these lines is calculated as 3 times 90 mm times 0.5 mm, equating to 135 mm² per side, equivalent to about 172 holes.

The Light Edition's ventilated bottom is equivalent to about 598 holes. This configuration also supports top ventilation if both the glass and ventilated top options are selected.

This calculation highlights the efficient design of our ventilation system, ensuring optimal airflow with minimal structural disruption. Furthermore, it provides a clear and pristine view through the undisturbed glass, enhancing visibility and aesthetics.

Cross ventilation happens when air enters one side of the structure and exits through the opposite furthest side, facilitating airflow throughout the habitable volume and preventing stagnant air. While ventilation through holes on two opposite sides can promote some air circulation, strategic placement of vents, especially at the top and bottom, is crucial. Our jumping spider enclosures maximize airflow efficiency with strategically placed thin ventilation lines, enhancing the overall environment for the inhabitants.

Top section of jumping spider enclosure showing ventilation lines
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