The Results: How SKZ111C-4 Transformed Coca-Cola’s Quality Control
After implementing the SKZ111C-4 across 12 global processing facilities, Coca-Cola achieved measurable improvements in quality, efficiency, and cost savings:
Consistent Moisture Levels & Enhanced Product Quality
The SKZ111C-4 reduced moisture variability from ±5% to ±0.5% across all dehydrated ingredients. For Coca-Cola’s glazed carrot recipes, this meant every batch absorbed the cola-based glaze uniformly, resulting in consistent flavor and texture . Dried fruits in beverages maintained optimal sweetness and chewiness, while dehydrated vegetables in packaged meals retained their nutritional value and shelf appeal. Customer complaints related to ingredient quality dropped by 65% within the first year of implementation.
Extended Shelf Life & Reduced Spoilage
Moisture control directly impacts microbial growth: by maintaining moisture levels below 12%, the SKZ111C-4 inhibited mold and bacteria growth in dehydrated ingredients . Coca-Cola’s dried fruit shelf life extended from 6 months to 12 months, while dehydrated vegetables’ shelf life increased by 8 months—reducing spoilage losses by $2.3 million annually. The brand also reduced refrigeration costs, as properly dried ingredients require less temperature-controlled storage .
Streamlined Production Efficiency
The SKZ111C-4’s fast testing time (2 seconds per sample) and portability reduced quality control time by 90%. Receiving docks, which once took 2 hours to test incoming ingredient batches, now complete the process in 10 minutes. Production lines no longer face delays waiting for oven-drying results, and operators can adjust drying equipment in real time to correct moisture deviations. This efficiency gain translated to a 15% increase in production throughput for dehydrated ingredient processing.
Cost Savings & Supplier Accountability
By eliminating non-compliant batches early in the supply chain, Coca-Cola reduced ingredient waste by 30%. The SKZ111C-4’s data logging function also enabled the brand to hold suppliers accountable: ingredients with moisture levels outside the target range are rejected at the dock, reducing the cost of reworking or discarding compromised materials. Additionally, the instrument’s durability reduced maintenance and replacement costs by 40% compared to previous moisture meters.
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