Skip to product information
1 of 1

Honeycomb Ledge

Honeycomb Ledge

Regular price £4.00
Regular price Sale price £4.00
Sale Sold out
Taxes included. Shipping calculated at checkout.
Quantity

Add a natural, geometric resting spot to your invertebrate habitats with the Honeycomb Ledge!

Secured via strong N35 neodymium magnets, this detailed honeycomb-patterned ledge allows you to position it firmly on either side of an acrylic or glass enclosure wall. Crafted from lightweight PLA, it provides fantastic vertical perching space and a striking aesthetic for jumping spiders and small arboreal species.

Key Features

  • Secure Magnetic Mount: Fitted with powerful N35 magnets to lock firmly in place through enclosure walls, ensuring the ledge stays put even when active species jump or climb on it.

  • Enclosure Enrichment: Features a textured honeycomb cell design that gives jumping spiders and small invertebrates extra grip, resting spots, and convenient anchor points for web nests.

  • Versatile Decor: Integrates seamlessly into bioactive or synthetic micro-habitats to maximize vertical space without crowding the enclosure floor.

Dimensions & Sizing

  • Length: 63 mm

  • Depth: 50 mm

  • Height: 17 mm

Specifications & Care

  • Material: PLA and N35 Neodymium Magnets

  • Suitable For: Jumping spiders (Phidippus species), small velvet spiders, and micro-invertebrate habitats.

  • ⚠️ Important Safety Warning: These accessories use extremely strong N35 rare-earth magnets. Always exercise extreme caution when attaching or repositioning the ledge. Never place a magnet against the enclosure wall while your spider is near the placement zone, as the sudden snap and powerful clamping force can severely injure or crush a spider caught between the decor and the glass or acrylic. Always remove your spider or ensure it is safely secured away from the area before moving the piece.

  • Care Instructions: Wipe down gently with warm water during enclosure cleaning. Avoid high heat or boiling water to protect the finish and magnets.

View full details