Input quality
Separate average and peak demand
Use measured note counts by job and time window. Monthly cash value alone cannot represent pieces, mix, rework or concentrated peaks.
Capacity calculator method
The calculator provides a planning estimate by connecting daily volume, operating window, shifts, machine speed and utilization; it is a starting hypothesis, not a procurement specification.
Acceptance checkpoint
Validate the result with a timed sample run before approving quantity or model.
Input quality
Use measured note counts by job and time window. Monthly cash value alone cannot represent pieces, mix, rework or concentrated peaks.
Utilization
Allow for loading, unloading, rejects, breaks, job changes, cleaning, reporting and planned maintenance rather than assuming continuous rated speed.
Resilience
Compare the minimum fleet with an N+1 or shared-contingency scenario, then decide which service risk the extra capacity actually controls.
Turn the page into a testable decision.
Capture the workload, constraint and required evidence, then review the fit with an operations specialist.
Continue building the business case
Add regional context, test the assumptions, and move into a conversation only when the question is clear.
Decision intelligence
Decision intelligence
Your operating scope travels with you
Explore and save equipment, ARKASH modules, and operating touchpoints to build a live decision brief.

Enter your daily note volume and operational parameters — get the exact machine count, optimal model, and fleet sizing for every location.
Required Throughput (live)
136NPM
notes per minute needed (incl. peak factor)
The calculator applies industry-standard formulas used by cash centre designers worldwide.
Required NPM = (Daily Notes ÷ Shift Minutes) × Peak Factor. Peak factor of 1.3 represents standard industry practice for planning — absorbing end-of-day rushes and denomination changeovers.
Machines per location = Ceiling(Required NPM ÷ Machine Speed). We round up to the nearest whole machine. Utilization = Required NPM ÷ (Machines × Machine Speed) × 100%.
60-80% is the ideal utilization range — enough throughput headroom for peaks, planned maintenance, and 3-year volume growth. Above 85% warrants a buffer machine. Below 50% may indicate over-sizing.
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