Why does adding SKUs to a warehouse slow down picking so dramatically?

Each new SKU increases the distance pickers must travel to complete a pallet build. A warehouse designed for 500 SKUs may see pick times increase from 10 minutes to 15-20 minutes when handling 4,000 SKUs, because the picking path extends significantly. This directly threatens scheduled truck departures, which operate on tight windows during peak season.

How does Hy-Sync specifically improve picking speed?

Hy-Sync automates retrieval of the slowest-moving SKUs (60-70% of total count but only 10% of volume) to a single downline location. By consolidating these items, pickers avoid long traversals across the warehouse for low-volume products, allowing them to focus on faster-moving SKUs. This surgical approach has achieved double or triple picking speeds, particularly during the 100-day summer peak.

What is the difference between Hy-Sync and Hy-Flow?

Hy-Sync targets specific slow-moving SKU segments with automated consolidation to reduce pick path length. Hy-Flow is a facility-wide solution that automates the complete inbound-to-outbound flow, using a vending machine approach: product is automated on inbound, stored, and dispensed on demand for pallet builds. Hy-Flow handles the full operation within the warehouse rather than focusing on particular SKU tiers.

How does automation address labor turnover in beverage distribution?

Beverage distribution faces 80-100% annual turnover, driven by repetitive equipment mounting and excessive walking. Hy-Tek positions automation as a retention tool that reduces physical demands and keeps experienced employees productive and satisfied, rather than replacing workers. The company argues that eliminating tedious tasks helps retain staff who want to stay in the role.

Where can companies test these automation systems?

Hy-Tek operates a 20,000-square-foot innovation lab in Erlanger, Kentucky, where prospective customers can evaluate both Hy-Sync and Hy-Flow using their actual product assortment. The company demonstrates three distinct technology approaches: goods-to-person at the unit level, goods-to-person at the pallet level, and other configurations. Product samples typically arrive one week in advance of testing.

Warehousing & Distribution

Moderate

SKU Explosion Forces Beverage Distributors to Automate Warehouse Picking

Oct 30, 2026

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The signal

Beverage distributors face an escalating operational crisis: warehouses originally designed for 500 SKUs now manage 4,000 or more, adding significant time to each pick cycle and threatening on-time truck departures. This SKU proliferation directly impacts the 100-day summer peak season when reliability is most critical.

Hy-Tek Intralogistics has introduced two automation platforms (Hy-Sync and Hy-Flow) that target the slowest-moving SKUs, which comprise 60-70% of variety but only 10% of volume, to compress pick paths and achieve double or triple picking speeds. Beyond productivity gains, these systems address a structural labor crisis: beverage distribution facilities experience 80-100% annual turnover, making retention through ergonomic automation a strategic imperative rather than a workforce reduction tactic.

For supply chain leaders, this signals that SKU rationalization and technology investment are no longer optional in competitive beverage logistics.

How this affects:

Target

Open the full daily intelligence brief · Pulse 79

#sku-proliferation

#warehouse-automation

#picking-efficiency

#labor-retention

#beverage-distribution

#intralogistics

#goods-to-person

#peak-season-operations

#warehouse-productivity

#automation-strategy

Frequently Asked Questions

What This Means for Your Supply Chain

Simulation Suggestion

this month

What if a beverage distributor adds 2,000 SKUs without automation investment?

Simulate the operational impact of expanding SKU count from 2,000 to 4,000 units in a warehouse designed for 500 SKUs, holding all other factors constant. Model the resulting pick path extension, time per pallet build increase, and impact on truck departure schedules during the 100-day peak season.

Run this scenario

Simulation Suggestion

strategic

What if labor turnover drops from 90% to 40% after automation implementation?

Simulate the cumulative operational and financial impact of reducing annual labor turnover from 80-100% to 40% through retention-focused automation. Model recruitment costs avoided, training efficiency gains, workforce stability during peak season, and the indirect productivity benefits of experienced staff retention.

Run this scenario

Simulation Suggestion

strategic

What if Hy-Sync achieves 2.5x pick speed improvement across a 50,000-pallet summer season?

Simulate the labor efficiency and cost savings resulting from a 2.5x increase in picking speed during the 100-day summer peak season. Model the impact on required headcount, overtime reduction, truck departure reliability, and labor cost per pallet processed.

Run this scenario

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