Crafted for efficiency, this sorting unit offers a dependable organizational solution suited for offices, mailrooms, schools, or retail spaces. The sturdy steel shell and support shelves, finished with baked enamel, ensure long-term durability, while the fiberboard back enhances overall stability. Featuring 36 oversized compartments made from heavy-duty corrugated fiberboard, each slot holds up to 550 sheets of letter-sized paper or 5 lbs., accommodating letter-size file folders conveniently. Individual compartments measure 9 3/4" wide x 12 1/2" deep x 2 1/2" high and include built-in label holders with labels for effortless sorting and identification. With a medium oak finish, this piece provides a classic look that complements various professional environments. Measuring 32 1/4" wide x 13 1/2" deep x 38" high and weighing 34 lbs., its compact size is ideal for fitting into smaller spaces while maximizing storage potential. Assembly is required, with clear instructions provided to ensure proper setup. Designed with practicality in mind, this unit facilitates neat and efficient management of paperwork, office supplies, or stationery items, enhancing workflow and organization.

• [Metal Material Construction]: Made of durable metal, this furniture piece offers a sturdy structure suitable for heavy-duty sorting and everyday storage needs in various settings
• [Optimized Organizational Use]: Features 36 compartments ideal for organizing files, envelopes, or stationery, making it practical for offices, schools, or mailrooms
• [Rectangular Style with Flat Panel Doors]: The clean rectangular shape paired with flat panel doors enhances visual harmony while offering functionality in professional or home offices
• [Compact Dimensions for Small Spaces]: With dimensions of 13.5 in depth x 32.25 in width x 38.0 in height, this storage solution fits neatly into compact or versatile spaces
• [Assembly Required for Setup]: User assembly is necessary; follow the provided instructions carefully to ensure proper construction and optimal functionality of the unit