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Convert bidirectionally between a prescribed clinical dose and an infusion-pump rate (mL/hr). Supports weight-based (mcg/kg/min, mg/kg/hr, units/kg/hr) and flat (units/hr) dosing. Two directions: Dose → Rate and Rate → Dose. ALL high-alert infusions require independent double-checking (ISMP). Derived from Macklin 2011, ISMP, Royal Marsden 9th ed. 2015, and MDCalc. Not medical advice.
Execution
Fill in the form, run the tool, and review the result in one place.
Samples
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Tool usage guide
The Medication Dose/Rate Calculator converts between a prescribed medication dose and an infusion-pump rate in mL/hr. It supports weight-based units such as mcg/kg/min, mg/kg/hr, and units/kg/hr, plus flat dosing in units/hr. This tool is not medical advice, and high-alert infusions require an independent double-check.
Background
A dopamine bag contains 400 mg in 250 mL. The prescribed dose is 5 mcg/kg/min for a 70 kg patient.
Problem
Convert the prescribed weight-based dose into a pump rate in mL/hr.
How to use
Select Dose → Rate, choose mcg/kg/min and mg/mL, then enter 400 for drug amount, 250 mL for volume, 70 kg for weight, and 5 for dose.
Decimal places: 2Outcome
The calculator reports a rate of 13.13 mL/hr.
Background
A heparin bag contains 25,000 units in 250 mL, and the infusion pump is running at 15 mL/hr.
Problem
Confirm the delivered flat dose in units/hr without using patient weight.
How to use
Select Rate → Dose, choose units/hr and units/mL, then enter 25,000 for drug amount, 250 mL for volume, and 15 mL/hr for the pump rate.
It converts between a medication dose and an infusion-pump rate in mL/hr.
The calculator supports mcg/kg/min, mg/kg/hr, units/kg/hr, and units/hr.
Weight is required for weight-based units and is ignored for flat dosing in units/hr.
You can enter concentrations in mg/mL, mcg/mL, or units/mL.
No. Confirm the result against the prescription, medication label, and local protocol. High-alert infusions require an independent double-check.
Decimal places: 2Outcome
The calculator reports a delivered dose of 1,500 units/hr.