Biotree 330 lbs Aluminum Folding Non-Slip Step Stool Ladder 19.5 Inch Height

<strong>Keep every tool in its place</strong> with the Biotree Aluminum Folding Step Stool, a heavy-duty storage solution built for garages and repair shops that demand organization under pressure.<br><strong>The lockable drawer system and rolling casters</strong> give you secure, mobile tool access wherever you need it — from the front of the bay to the back of the shop.<br><em><strong>Note:</strong> Please read the instruction manual carefully before assembly.</em><ul><li><strong>Assembled Dimensions:</strong> 49.5" x 21" x 19.5" (open)</li><li><strong>Load Capacity:</strong> 330 lbs</li><li><strong>Drawers:</strong> 0</li><li><strong>Material:</strong> Aluminum</li><li><strong>Color:</strong> Silver</li></ul>

• 330 lbs Rated Non-Slip Work Platform: The 330-lb capacity and non-slip surface make this step platform safe for adult mechanics needing elevated work access for overhead engine components, high garage shelving, or drywall installation tasks without the instability of improvised step solutions.
  
• Lightweight Aluminum at Only 18 lbs: Aircraft-grade aluminum delivers a rigid working platform that supports 330 lbs while the stool itself weighs only 18 lbs — making it easy to carry and reposition repeatedly during overhead work tasks without the fatigue of heavier steel alternatives.
  
• 19.5-Inch Working Height: The 19.5-inch elevated platform provides the working height needed to comfortably reach ceiling-level automotive components, overhead storage, and upper-wall tasks without fully extended arms or unsafe tipping postures on standard step ladders.
  
• Folds Flat for Compact Storage: The folded profile stores flat against a wall, behind a door, or in a narrow garage cabinet — a compact storage footprint that makes this step platform practical for garages with limited dedicated equipment storage space.
  
• Non-Slip Surface for Safe Elevated Work: The textured non-slip standing surface prevents foot slippage during overhead reaching and lateral movement on the platform, providing the safety margin needed for confident elevated work where stable footing is essential.