Introduction
This document outlines the capabilities and benefits of Ridg-U-Rak's modular order picking systems, designed to enhance order fulfillment and storage operations. It highlights the integration of various storage methods to optimize space and productivity.

Specifications and System Design
Ridg-U-Rak offers customizable order picking systems tailored to specific product delivery requirements. These systems incorporate components such as pallet, case, carton, and pick-to-light, which can be used in Push-bak, gravity flow, and 100% selective storage methods. The systems are designed to maximize productivity and space utilization, with Ridg-U-Rak providing turnkey project responsibility from design to installation.

Increased Productivity
The systems efficiently handle multiple SKUs with varying lot sizes. Slower moving items are stored in 100% selective or drive-in racks, while faster moving items utilize Push-bak high-density storage lanes, achieving over 90% storage space utilization. Gravity flow pick modules facilitate the delivery of carton lots and pick-to-light items, ensuring no wasted space or time.

Case Studies
1. Paint Company: Utilizes a combination of flow rack, Push-bak, and wire decked 100% selective rack over pick tunnels to manage 40% of nationwide shipments from a single facility.
2. Pharmaceutical Manufacturer: Employs a multi-level, concentrated order picking system with conveyors and gravity flow storage lanes to prevent stock outages.
3. Mass Retailer: Uses a comprehensive multi-level distribution center with Ridg-U-Rak pick modules to expedite catalog fulfillment sales.

Additional Storage Systems
Ridg-U-Rak offers high-density storage systems, including drive-in, push-bak, flow racks, and mobile racks, to maximize floor space utilization. Industrial storage racks include rack-supported stacking systems, roll-out shelf racks, wide span shelving, reel racks, pallet stacking frames, and cantilever racks.

Ordering Information
For service, contact your local Ridg-U-Rak distributor or visit their website. Additional resources, such as the High Density catalog and Manual 25, are available for more information on storage methods.