Get the most out of every inch of your space. Stable, durable and flexible, our high-density HI-BAY shelving system can be designed to reach up to 35 feet (10.7 m) in height and will improve your workflow as well as your productivity.

We know how your high-density storage solution needs to address your operation priorities: optimized space, maximized storage, improved security and lower energy costs. That’s why we came up with our HI-BAY shelving system. Its design redefines space and cost efficiency to use on-site space for more valuable and profitable functions.

Mounted on powered mobile carriages, our HI-BAY mobile shelving system provides even more storage capacity, or the same storage capacity in half of the space. Plus, with best-in-class safeties, effective flexibility and engineered durability, it’s everything you need, and even more! Rise up to the next level with this high-density mobile storage system.

HI-BAY Shelving Features & Benefits

  • Can reach up to 35 feet (10.7 m).
  • Interchangeable and configurable accessories which can be adapted to your needs, such as shelves and drawers.
  • Adjustable shelves with increments at every 1″ (25 mm).
  • Available with a wide range of configurations, sizes and capacities which can be customized for individual project requirements.
  • The HI-BAY system can be mounted on mobile carriages to provide even more space savings.
  • One-piece welded frame assembly, which require no frame assembly on site during installation.
  • Designed to be configured and reconfigured easily and efficiently without any tools.
  • Designed to offer more storage per shelf and drawer.
  • Compliant with “rated machine safety standards”.
  • Contributes directly to individual LEED points.
  • A safe investment that yields high returns.

Our experienced Sales Team and CAD Design department can create a
custom layout targeting your specific needs with a comprehensive quote
for the shelving system to suit your business.

For More Information:
P: 800-699-1191
E: info@vitalvalt.com

    Download PDF

    Please fill out the following form to download this blog post.

    Page ID: 10833

    >