Heavy-Duty Steel X-Ray Storage Unit with Adjustable Dividers

Organize medical records and imaging files with confidence using this rugged steel rack designed for healthcare environments. The modular, heavy duty steel shelving system assembles quickly with Stackfiles that stack securely to create instant, reliable storage—no complex tools required. Each tier supports up to 250 lb, delivering sturdy metal shelving that resists sagging and buckling under daily use.

Engineered from durable 16- and 18-gauge steel and reinforced with 1⁄8-inch channel steel, this adjustable shelf system offers long-lasting performance in clinics, hospitals, and archives. 18-gauge adjustable dividers help maintain neat, upright folders to prevent slumping while adding rigidity across each level. A matching base and top cover complete the unit for a clean, professional look that protects stored contents.

Why Choose This Industrial Shelving

• Heavy-duty construction: Built from thick-gauge steel for dependable load-bearing strength.
• Adjustable organization: Dividers fine-tune spacing to keep x-rays and records upright and accessible.
• Fast, modular setup: Stackfiles create instant storage without complicated assembly.
• Reliable capacity per tier: Each level supports up to 250 lb for high-volume medical archives.
• Clean, finished design: Includes base and top cover for a professional, protected storage solution.

Ideal for medical offices, imaging departments, and record rooms, this adjustable industrial shelving unit provides secure, metal shelf heavy duty performance with a compact footprint. Perfect for categorized filing, long-term archiving, and quick access to essential documents. Overall dimensions: 32″ W × 19-3⁄4″ D × 66″ H.

Looking for specialized storage beyond healthcare? This sturdy metal shelving solution complements broader SHELVING & CARTS needs in industrial and commercial settings. For facilities managing long, cylindrical materials, pair with a mobile pipe rack or pipe storage rack to round out a complete, space-efficient system.