System Report: VLMs Unlock Efficiencies for All World Machinery

Why It Matters

The automation dramatically reduces space and labor costs while improving fulfillment speed, giving All World a competitive edge in high‑value, time‑critical parts distribution.

Key Takeaways

• Storage footprint shrank 75% with four VLMs
• Labor picking efficiency rose 400%, achieving 99.8% accuracy
• Two‑thirds of inventory now housed in VLMs
• Conveyor system enables one picker to replace four workers
• ERP integration eliminates duplicate data entry

Pulse Analysis

The parts‑distribution sector faces relentless pressure to keep a broad SKU mix on hand while delivering same‑day shipments. Traditional static shelving and manual picking quickly become untenable as order volumes rise, leading to wasted floor space and escalating labor expenses. All World Machinery’s decision to adopt vertical lift modules reflects a broader industry shift toward goods‑to‑person solutions that maximize vertical storage and minimize picker travel, a critical factor for distributors handling thousands of low‑volume, high‑value components.

Vertical lift modules from Kardex combine high‑density storage with intelligent software that synchronizes inventory levels with the company’s Prophet 21 ERP system. By moving 12,000 of its 15,000 SKUs into the VLMs, All World reduced its storage footprint by three‑quarters and achieved a 400% increase in picking productivity, while maintaining near‑perfect order accuracy. The addition of a motor‑driven roller conveyor further amplified these gains, allowing a single operator to perform the work previously done by a four‑person team. This integration of hardware and software not only accelerates order fulfillment but also provides real‑time visibility into stock levels, enabling daily replenishment and eliminating costly data‑entry errors.

Beyond the immediate operational benefits, All World’s experience underscores the strategic value of modular automation for mid‑size distributors. The relatively low capital outlay of VLMs compared with full‑scale robotic systems offers a scalable pathway to higher throughput without sacrificing flexibility. Employee acceptance proved swift once the intuitive light‑guided picking interface was demonstrated, highlighting the importance of user‑friendly design in technology adoption. As manufacturers continue to demand rapid, reliable parts delivery to avoid costly downtime, solutions that blend space efficiency, labor savings, and seamless ERP integration will become essential differentiators in the competitive supply‑chain landscape.