Conversion from 3 Nanoliters to Cubic centimeters

Information about the Nanoliter (nL)

The nanolitre is a unit of volume equal to one billionth of a litre, written nL. It is a thousandth of a microlitre, and a nanolitre of water has a mass of one microgram. It is the scale at which liquid handling stops being a matter of pipettes and becomes a matter of engineered channels, printed droplets and acoustic pulses.

Microfluidics is built here. A lab-on-a-chip moves samples through channels a few tens of micrometres wide, so the volume inside any one segment is measured in nanolitres, and a whole analysis may consume less than a microlitre. Working at this scale changes the physics as well as the quantity: surface tension dominates gravity, flows stay orderly rather than turbulent, and mixing has to be engineered rather than assumed.

Digital polymerase chain reaction shows what the scale buys. A sample is divided into around twenty thousand droplets of roughly one nanolitre each, every droplet is amplified separately, and the number that come out positive gives an absolute count of target molecules rather than a relative measurement. Dividing a microlitre into thousands of countable compartments is only possible because a nanolitre is small enough to hold either one target molecule or none.

Drug screening moves liquid without touching it. Acoustic dispensers use a focused sound pulse to eject droplets of two and a half nanolitres from an open well, with no tip and therefore no cross-contamination and no plastic waste. A screening plate of fifteen hundred wells can be filled with distinct compounds in a few minutes at this volume.

Printing and spotting work at the same magnitude. A microarray spot holds between half a nanolitre and five, an inkjet droplet is a few picolitres so a nanolitre is several hundred drops, and single-cell platforms encapsulate individual cells in droplets of this size because a mammalian cell occupies only a few picolitres.

Handling nanolitres reliably is mostly a fight against evaporation. A one-nanolitre droplet exposed to air can lose a measurable fraction of itself in seconds, so devices at this scale work under oil, in sealed channels or in humidity-controlled enclosures, and that constraint shapes the instruments more than the dispensing itself does.

One nanolitre equals 0.001 microlitres, 0.000001 millilitres, 0.001 cubic millimetres, or 1,000,000 cubic micrometres.

Information about the Cubic centimeter (cm³)

The cubic centimetre is a unit of volume equal to one millionth of a cubic metre, written cm³ and often abbreviated cc. It is the volume of a cube one centimetre on each side, and since the litre was redefined in 1964 it is exactly one millilitre. The two names describe the same quantity, but they belong to different trades and are not interchangeable in every context.

Engines are its most visible home. Motorcycle and small-engine displacement is quoted in cubic centimetres, so a 125, a 600 and a litre bike are named by the swept volume of their cylinders. Licence categories in much of the world are drawn on the same scale, with a 125 cc limit for learners in many European countries, which turns the unit into a legal boundary rather than a mere description.

Car engines cross over to litres at about a thousand cubic centimetres, purely for readability, so a 1998 cc engine is advertised as a two-litre. American practice used cubic inches for the same purpose well into the 1980s, and the conversion is worth knowing: 1000 cubic centimetres is 61 cubic inches, so a 350 cubic inch engine is 5.7 litres.

Medicine has deliberately retreated from the abbreviation. Syringes were once marked in cc and clinicians spoke that way, but handwritten cc can be misread as a unit symbol or as a pair of zeros, and medication safety bodies now place it on lists of abbreviations that should not be used. The instruction is to write mL instead, even though the quantity is identical.

Materials science keeps the unit for density. Grams per cubic centimetre is the standard way to state how heavy a substance is for its size: water is 1.00, aluminium 2.70, steel about 7.85, lead 11.34 and gold 19.3. Those numbers are memorable precisely because the cubic centimetre is small enough that everyday solids land between one and twenty.

Modelling and manufacturing use it for part volume. Computer-aided design reports the volume of a component in cubic centimetres, which converts directly to mass once a density is chosen and to material cost in additive manufacturing. It is the natural unit for anything that fits in a hand.

One cubic centimetre equals 1 millilitre, 1000 cubic millimetres, 0.000001 cubic metres, or about 0.061 cubic inches.