Evan Bush

Warehouse automation decisions are rarely simple. When operations leaders begin evaluating automation, the conversation often narrows to one major question: Should we install a Vertical Lift Module (VLM), or do we need a full Automated Storage and Retrieval System (ASRS)? Both technologies improve storage density, reduce labor reliance, and increase inventory control. But they are […]

As warehouse operations face increasing pressure to store more inventory in less space, many teams begin evaluating automated vertical storage. If you’ve already researched vertical lift modules (VLMs), one name likely keeps coming up: Modula. But once Modula is on your shortlist, the real question becomes more nuanced: Is a Modula VLM the right choice

If you’ve started researching vertical lift modules, you’ve probably noticed one thing almost immediately: pricing can vary widely. Two systems may appear similar on the surface, yet quotes often come back with very different numbers. For buyers trying to plan budgets or justify automation investments, that gap can feel confusing. The reality is that vertical

When warehouse leaders are asked to move more orders without adding labor, the conversation almost always comes back to warehouse picking. Picking typically accounts for the largest portion of direct labor in a facility, and even small inefficiencies compound quickly across thousands of picks per day. What often surprises teams is that pick rates usually

Vertical storage systems promise to transform warehouse operations by maximizing space utilization, reducing labor costs, and improving inventory accuracy. Yet many businesses fail to realize these benefits because they make critical mistakes during implementation. Understanding these pitfalls-and how to avoid them-can mean the difference between a successful deployment and a costly operational disruption. Whether you’re

Warehouse operators face a persistent challenge: limited floor space amid growing inventory demands. Vertical racking solutions transform underutilized overhead areas into high-capacity storage, potentially increasing density by 40-50% without expanding your footprint, as seen in high-density systems like narrow aisle racking. This guide explores proven strategies, system types, and 2026 trends to help you reclaim

Warehouse managers face mounting pressures in 2026: labor shortages, skyrocketing e-commerce demands, and sustainability mandates. Staying ahead means embracing warehouse optimization trends like AI-driven automation, robotics-as-a-service (RaaS), and intelligent software orchestration that deliver up to 40% productivity gains and 30% cost reductions. This guide breaks down the top trends shaping efficient, scalable operations, drawing from 2025’s

Warehouse shelving has long been the backbone of storage in distribution centers, manufacturing facilities, and stockrooms of all sizes. From steel shelving units to wire and boltless systems, traditional warehouse shelving remains popular because it is affordable, familiar, and easy to deploy. But today’s warehouses are under pressure. Labor is harder to find, floor space

In today’s fulfillment environment, speed isn’t a luxury — it’s a requirement. Whether you’re supporting e-commerce, manufacturing, pharmaceuticals, or distribution, lines picked per hour is one of the clearest indicators of warehouse performance. If your operation still relies heavily on manual travel, static shelving, or paper-based workflows, you’re likely leaving serious productivity on the table.

Warehouse automation has rapidly transitioned from a long-term strategic goal to an immediate competitive advantage. With rising labor costs, nationwide worker shortages, higher SKU variability, and pressure for faster fulfillment, warehouses can no longer afford to operate manually. The true value of automation—and the reason so many facilities are adopting it—is that its impact begins