This 4-Post Double Entry Starter shelving unit gives storage planners a reliable foundation for building out high-density shelving rows in offices, archives, warehouses, and institutional facilities. At 42'' W x 32'' D x 76.25'' H with 6 openings, it provides generous vertical storage capacity in a footprint sized for back-to-back or aisle-facing access configurations.

As a starter section, this unit anchors a shelving run and is designed to accept compatible add-on bays, making it the right starting point when you need a scalable, organized storage system that can grow with your space.

The double entry design allows access from both sides of the shelving row, which suits shared storage areas, mail rooms, records rooms, and supply areas where multiple users need to reach stored materials without navigating around a single-access unit. The 6-opening layout distributes storage across multiple levels, keeping items visible and within reach. At 236 lbs, this is a substantial, commercial-grade unit built for demanding environments where durability and long-term performance matter.

Key Features:

• Double Entry Access: Open from both sides of the shelving row, supporting shared-use storage areas and improving workflow in high-traffic spaces.
• 6 Openings: Multiple shelf levels keep stored items organized, visible, and easy to retrieve without digging through stacked materials.
• Starter Section Design: Functions as the anchor bay for a shelving run, compatible with add-on sections to expand storage capacity as needs grow.
• Substantial Construction: At 236 lbs, this unit is built for commercial and institutional environments where long-term durability is required.
• Generous Dimensions: 42'' W x 32'' D x 76.25'' H provides a large storage footprint suited to bulky files, binders, supplies, and equipment.

This 4-Post Double Entry Starter unit is a practical choice for facilities that need organized, accessible, and expandable shelving. Its starter-section format means your storage system can scale over time without replacing the core structure.