Estimate the value with your own numbers.
Three calculators, using assumptions you choose. Everything runs in your browser — nothing you enter is stored or sent.
How much could smarter stock control save your organisation?
Enter your annual spend and the reduction you believe is realistic. The percentages are your assumptions, not AssetWave results.
Adjustable modelling assumption — not a guaranteed AssetWave outcome.
Adjustable modelling assumption — not a guaranteed AssetWave outcome.
How this is calculated
- Consumable savings = annual spend × assumed reduction %
- Replacement savings = annual replacement spend × assumed reduction %
- Combined = consumable + replacement savings; monthly = combined ÷ 12
How much valuable time could your organisation get back?
Time recovered is capacity your people can put back into their real work. It is shown separately from cash savings.
Adjustable modelling assumption — not a guaranteed AssetWave outcome.
Leave at 0 to show time only.
≈ 138 working days returned to your teams each year.
How this is calculated
- Hours per employee per week = weekly admin hours × assumed reduction %
- Total weekly = per employee × number of employees
- Annual = total weekly × working weeks
- Labour value (optional) = annual hours × fully loaded hourly cost
Put your existing inventory to better use.
One-off working capital released is shown separately from the recurring annual holding-cost saving. Replacement equipment savings are covered in Calculator A, so they are not counted again here.
Adjustable modelling assumption — not a guaranteed AssetWave outcome.
Adjustable modelling assumption covering storage, insurance, obsolescence and capital cost. Organisations commonly use 15–30%; use your own finance team's figure where you have one.
How this is calculated
- Working capital released (one-off) = stockholding value × assumed reduction %
- Annual holding-cost saving (recurring) = working capital released × annual carrying cost %
Want to test these numbers against your operation?
In a tailored demonstration we’ll work through realistic assumptions with your own figures.