For many factories, the end of the fiscal year is a nightmare.
Production stops. The warehouse is locked down. Managers and technicians spend three days climbing shelves, counting dusty boxes of bolts and bearings.
This "Annual Physical Inventory" is a massive waste of money.
Lost Production: You cannot make product while you are counting.
Labor Cost: You pay overtime for people to act as human calculators.
Data Delay: You only find out you are missing a critical spare part after 12 months of being wrong.
The goal of a modern factory is to eliminate the annual shutdown entirely. The method to do this is Cycle Counting.
Cycle counting replaces the "Big Bang" count with a continuous, daily routine. It turns inventory accuracy from an "Event" into a "Habit."
Here is how to implement a Cycle Counting program in 2026.
Cycle counting is an auditing technique where you count a specific set of items every day. Over the course of a year, you will have counted everything, but you never had to close the warehouse.
Physical Inventory: Counting 10,000 items once a year.
Cycle Counting: Counting 40 items every day.
The Benefit:
If you find a discrepancy today, you can investigate it. Did we use this motor on a work order yesterday and forget to log it?
If you find a discrepancy after a year, the trail is cold. You will never know why it went missing.
You should not count every item with the same frequency.
A $5,000 servo drive is more important than a $0.10 washer.
Use ABC Analysis (Pareto Principle) to categorize your spare parts:
A-Items (Top 20%): High value or high turnover. These are critical.
Frequency: Count these Monthly (or even Weekly).
B-Items (Next 30%): Moderate value/usage.
Frequency: Count these Quarterly.
C-Items (Bottom 50%): Low value (bolts, fuses, fittings).
Frequency: Count these Annually (or when the bin looks low).
The Strategy:
Configure your software to generate a daily "Count List" that mixes a few A-Items with some B and C items. This ensures your most critical assets are always accurate.
When you send a technician to count bearings, do not tell them how many should be there.
Bad List: "Bin A4: Check if we have 5 Motors."
Result: The tech glances, sees "about 5," and checks the box.
Good List (Blind): "Bin A4: Count the Motors."
Result: The tech counts 4. They enter "4." The system flags a variance.
The Fix:
You must force an actual count. If there is a variance, the software should prompt a "Recount." If the variance persists, it triggers a root cause investigation.
Cycle counting is not just about fixing the number. It is about fixing the behavior.
If the system thinks you have 10 filters, but you only count 8, where did the other 2 go?
Did a technician take them for a night shift repair without logging it?
Did a vendor short-ship the last delivery?
Did they get put in the wrong bin?
The Digital Advantage:
With a platform like Fabrico, you can look at the "Transaction History." You can see exactly who touched that inventory record last. This helps you identify training gaps.
Cycle counting should take 15 minutes a day, not hours.
You cannot do this with clipboards and printed spreadsheets.
The Mobile Workflow:
Notification: The storekeeper gets a notification at 8:00 AM: "Daily Cycle Count Ready."
Scan: They walk to the shelf and scan the QR code on the bin.
Count: They enter the quantity on the tablet.
Sync: The system updates immediately. If accurate, the task closes. If inaccurate, a manager is alerted.
Inventory accuracy is about trust.
If your maintenance team trusts the system, they will check the computer before buying a part.
If they don't trust the system (because the counts are always wrong), they will hoard parts in their lockers ("Squirrel Stashes") just to be safe.
Cycle counting builds that trust. By spending 15 minutes a day counting, you save days of downtime and thousands of dollars in "Lost" inventory.
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