Custom Small Animals Elevated Feeding Platform for Cage Systems

$39.00

Designed for cage system layouts, this elevated wooden platform creates a stable feeding zone for small animals. OEM sizes, heights, and finishes available for bulk orders.

This Small Animals elevated wooden platform is designed for cage systems that require a clean, stable, and clearly defined feeding or resting area. Made from smooth-finished natural wood, it helps organize habitat space while improving daily care efficiency for hamsters, mice, dwarf hamsters, and similar small animals.

Unlike disposable plastic accessories, this solid wood cage platform is built for long-term use in retail programs, private label lines, and OEM cage accessory sets. The elevated structure keeps food bowls and water dispensers away from bedding, reducing contamination and routine maintenance for end users.

Key Product Features

Natural wood construction with rounded edges for animal safety
Stable rectangular surface suitable for feeding, drinking, or resting
Elevated height improves cage zoning and space utilization
Smooth sanded finish, safe for daily contact and chewing behavior
Simple structure, easy to assemble and ship in bulk packaging

Technical Specifications

Item	Specification
Product Type	Small Animals Elevated Feeding Platform
Material	Natural Solid Wood
Structure	Rectangular Platform with Four Support Legs
Surface Finish	Smooth Sanded, Rounded Corners
Recommended Animals	Hamsters, Mice, Dwarf Hamsters, Small Rodents
Use Scenario	Feeding Area, Drinking Station, Resting Platform

Standard Size Reference

Length	Width	Height
Approx. 15.7 in	Customizable	Approx. 7 in

Note: Dimensions can be adjusted based on cage size, animal type, or brand positioning requirements.

Application Scenarios

This wooden cage platform is commonly used as an elevated feeding station in small animal habitats, allowing water bottles, ceramic bowls, or feeders to be placed at a clean and accessible height. It is also suitable as a resting or observation platform in layered cage layouts and modular habitat systems.