Pallet Flow Rack in Orem, UT
Pallet flow rack in Orem establishes a physical FIFO sequence by moving full pallets along inclined gravity rollers from a loading face to an opposite picking face. This arrangement suits high-volume inventory that needs recurring replenishment and predictable presentation without a forklift entering the storage structure. Define the required release order before committing to dedicated lanes.
Electronics, medical-device supplies, and assembly components require more than a count of available positions. Compare pallets per SKU with batch restrictions, date sensitivity, and production withdrawals. A product can move rapidly yet still need several independent lanes because its lots cannot be issued interchangeably.
Pallet flow rack slotting for component inventory
Begin with the inventory map used by receiving and production staff. Give each lane a defined SKU assignment and show the loading and discharge addresses clearly. Matching those identifiers to warehouse records helps prevent a replenishment pallet from entering a lane reserved for another component or batch.
Calculate lane depth from the stock remaining between production pulls, not merely from delivery-day volume. Review normal balances alongside peaks. Several shorter lanes may provide better batch separation than one long lane, even when the drawings show an identical total number of pallet positions.
FIFO advances the earliest loaded pallet toward retrieval, but it cannot choose between lots stored in different lanes. Inventory instructions still determine which discharge location is used first. For dated medical supplies, reconcile receipt order with expiration requirements before assigning incoming pallets to an occupied lane.
Orem production links within Utah County
Orem Tech Park and the Geneva Road corridor provide useful reference points for technology and light-assembly operations. A layout should connect incoming component pallets with actual production demand, including room for scanning and batch identification. Supplying and installing since 1997, Warehouse Equipment & Supplies Co. is the parent company behind this division.
Gravity flow rack hardware and pallet checks
Pallet construction
Measure runners, bottom boards, openings, and contact surfaces. Electronics shipments may arrive on multiple pallet formats; approve each format against the proposed rollers rather than grouping them by nominal footprint.
Travel geometry
Review lane length and slope as a combined design decision. Available vertical space, pallet resistance, and intended storage depth all affect whether loads advance properly without excessive travel speed.
Braking range
Specify brakes and speed controllers for the expected load range. Trials should include lighter component pallets as well as heavier receipts, because their movement can differ on the same roller arrangement.
Incoming condition
Check for split boards, sagging bearing surfaces, exposed nails, and film beneath the pallet. Establish a receiving diversion point so unsuitable loads do not reach the loading face.
Pallet flow racking within an assembly layout
Reserve separate working room for replenishment and retrieval. The load face may connect to receiving while the opposite face feeds production, but the shortest route on paper is not always workable. Include truck turns, pallet withdrawal clearance, and temporary accumulation when comparing orientations.
Pushback uses a single working aisle and returns the newest accessible pallet first, making each lane LIFO. It can serve interchangeable component reserves where that sequence is acceptable. Gravity-fed FIFO lanes address a different requirement: allowing older receipts to reach a distinct discharge face ahead of subsequent loads.
Keep carton selection separate from full-pallet movement. If assembly consumes cases rather than complete pallets, consider a transfer point supplying carton-flow shelves. Plan who moves the cases and when replenishment occurs, rather than allowing unpacking activity to obstruct the pallet discharge aisle.
Recent Installations
Racking projects completed for warehouses across the Salt Lake City metro and Wasatch Front.
Review your Orem lane assignments for pallet flow racking
Bring a component inventory export, pallet underside images, working weights, and the proposed receiving-to-production route. We will use those details to compare lane counts, travel controls, and access at both ends before defining the supply and installation work under consideration. (801) 942-0493.
Salt Lake Pallet Rack
3556 S 5600 W
Suite #1-1293
Salt Lake City, UT 84120
(801) 942-0493Monday - Friday: 8:00 AM - 6:00 PM
Orem pallet flow rack planning questions
Other Storage Services in Orem
Pallet Rack
Every pallet reachable, every time. The baseline we size everything else against.
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Pushback Rack
Two to six pallets deep from one aisle, without giving up much reach.
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Drive-In Rack
Forklift access inside deep storage lanes for bulk inventory, with fewer access aisles.
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Cantilever Rack
Arms with nothing in front of them, built for lumber, pipe, and anything a pallet can't hold.
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Carton Flow Rack
Cases advance to the picker instead of the picker hunting for cases.
View detailsWarehouse Relocation
Teardown, label, coordinate transport and reinstall rack around a reviewed layout for the next building.
View detailsNearby Areas We Also Serve
Our delivery and installation territory covers the Salt Lake City metro and Wasatch Front, so one team can handle multiple buildings for the same company.
Where We Work
Located in Salt Lake City, we serve the entire Salt Lake metro and Wasatch Front with industrial pallet racks and warehouse storage solutions.
Salt Lake Pallet Rack
Address
3556 S 5600 W
Suite #1-1293
Salt Lake City, UT 84120
Phone
(801) 942-0493Business Hours
Monday - Friday: 8:00 AM - 6:00 PM
Saturday: Closed
Sunday: Closed
Need Pallet Flow Rack in Orem?
Call (801) 942-0493 or request a quote and we will get a layout started.