Pallet Flow Rack in Baltimore, Maryland

Pallet Flow Rack in Baltimore, MD serves warehouses with very different load profiles across the metro area. A pallet flow rack system separates loading from picking and advances pallets on controlled gravity tracks. It can support first-in, first-out rotation without moving newer loads aside. We size lane depth, rollers, and braking to your pallet range and movement data, with a free layout showing both access aisles and usable positions. Food distribution around the port needs lot rotation even when inbound pallets arrive in batches. Pallet flow can present the first received load at a separate pick face, but pallet bottom-board condition and a clear replenishment aisle decide whether that rotation works in practice. Compare the system against your current inventory and future reserve needs before deciding where it belongs in the building.

A building in Curtis Bay may need room for inbound container batches while a Locust Point operation faces a tighter existing footprint. Neither should use the receiving floor as permanent reserve storage. Plan the rack footprint against the actual columns, dock approaches, and working height rather than the leased square footage alone.

We look at stock rotation and pallet condition together. FIFO cannot help if broken bottom boards stop a load halfway down a lane. The design checks load weights, support surfaces, lane depth, temperature, and the replenishment space at the high end. More lanes may provide better SKU access than a few very deep runs. We explain that tradeoff in the position plan and quote rollers, brakes, separators, frames, and protection as defined components. Installation partners coordinate loaded travel checks and the agreed setup, so the proposal is based on the pallets you handle rather than an ideal sample. We discuss future inventory changes before finalizing the proposed arrangement and its component list.

Flow racking is engineered per lane, not pulled off a shelf. Pallet weight, deck condition, bottom-board orientation, and desired lane depth all drive the roller or wheel selection and the pitch calculation, so the first step is pinning down exactly what's moving through the lane.

From there we set lane count and depth against your throughput. Fewer, deeper lanes maximize storage; more, shallower lanes give the pick face more SKU variety. Both versions get modeled with position counts so the tradeoff is visible before you buy, not learned after.

The itemized quote covers frames, beams, rail and roller assemblies, brakes, entry and exit guides, and guarding. At installation installation partners sets pitch, tests loaded travel in every lane, and tunes brakes before the system goes live.

Afterward you have documented capacities, a lane map your team can hand to new hires, and a local contact for brake rollers and wheels as the system racks up cycles.

Reserve the load and pick aisles in the same drawing as the storage lanes. Those two faces are part of the system footprint, not spare floor to recover afterward. Document acceptable pallets, loading weights, and the replenishment sequence so rotation and travel can be checked against the finished configuration.

Recent Pallet Rack Projects

A sample of racking projects completed across the region.

Pallet Flow Rack Questions We Hear Most

Where We Work

Located in Baltimore, we serve the entire Baltimore metro with industrial pallet racks and warehouse storage solutions.