The Millimeter Per Minute To Mm Per Second Converter provides instantaneous, scientifically verified calculations to convert between Millimeters per Minute (mm/min) and Millimeters per Second (mm/s). Calibrated against official NIST SP 811 and BIPM standards, this calculator ensures reliable floating-point accuracy for academic research, engineering designs, and everyday calculations.
Standard reference matrix translating benchmark values from Millimeters per Minute (mm/min) to Millimeters per Second (mm/s).
| Millimeters per Minute (mm/min) | Millimeters per Second (mm/s) |
|---|---|
| 10 mm/min | 0.166667 mm/s |
| 30 mm/min | 0.5 mm/s |
| 60 mm/min | 1 mm/s |
| 100 mm/min | 1.666667 mm/s |
| 250 mm/min | 4.166667 mm/s |
| 500 mm/min | 8.333333 mm/s |
| Millimeters per Minute (mm/min) | Millimeters per Second (mm/s) |
|---|---|
| 1000 mm/min | 16.666667 mm/s |
| 2500 mm/min | 41.666667 mm/s |
| 5000 mm/min | 83.333333 mm/s |
| 6000 mm/min | 100 mm/s |
| 10000 mm/min | 166.666667 mm/s |
The millimeter per minute to mm per second converter bridges the two primary unit conventions used in automated manufacturing, CNC milling, laser cutting, and additive manufacturing (3D printing). While CNC G-code programming standards (such as ISO 6983 and NIST RS274NGC) traditionally specify tool axis feed rates ($F$) in millimeters per minute ($text{mm/min}$), desktop 3D printer slicers (such as PrusaSlicer, Cura, and Bambu Studio) and motion controllers frequently configure printhead speeds, retraction rates, and travel accelerations in millimeters per second ($text{mm/s}$).
Translating accurately between these two units is essential for optimizing chip load per tooth, preventing tool deflection or breakage, eliminating stringing in 3D prints, and avoiding thermal degradation of cut stock.
Because the linear distance unit (the millimeter, $10^{-3}text{ m}$) remains identical in both expressions, the conversion factor is derived entirely from the sexagesimal time ratio ($1text{ minute} = 60text{ seconds}$):
text{mm/s} = frac{text{mm/min}}{60} = text{mm/min} times 0.01666666667…
text{mm/min} = text{mm/s} times 60
In CNC milling, tool feed rate ($F$) is directly linked to spindle rotational speed ($N$, in RPM), tooth count ($z$), and chip load per tooth ($f_z$):
F_{text{mm/min}} = N times z times f_z
If your CAM software or controller firmware displays feed velocity in $text{mm/s}$, simply divide by $60$ to maintain safe cutting tool chip thickness. For rotational tool velocity calculations, use our RPM to feet per minute calculator and Hertz to RPM converter.
In fused filament fabrication (FFF) 3D printing, printhead linear speed ($v$, in $text{mm/s}$) directly dictates the required volumetric extrusion flow rate ($Q$, in $text{mm}^3/text{s}$):
Q = text{Layer Height (mm)} times text{Extrusion Width (mm)} times v_{text{mm/s}}
Most standard hotends feature maximum melt flow capacities of $12text{ to }30text{ mm}^3/text{s}$. If a user inadvertently enters an intended G-code feed rate of $3,600text{ mm/min}$ into an $text{mm/s}$ slicer field, the resulting attempted $3,600text{ mm/s}$ velocity demands impossible melt rates, leading to immediate extruder grinding and stepper motor skipping.
A CNC milling program for cutting 6061-T6 aluminum calls for a table feed rate of $F = 1,800text{ mm/min}$. What is the linear velocity of the cutter relative to the workpiece in millimeters per second?
A 3D printer slicer profile configures solid infill speed at $120text{ mm/s}$. What feed rate command ($F$) will the slicer output into the resulting G-code file?
G1 X50.0 Y80.0 F7200.Measurement standards and conversion factors conform to authoritative guidelines published in the NIST Special Publication 811 (Guide for the Use of the International System of Units).
Follow these five simple steps to execute instant, accurate conversions using our interactive client-side engine:
Input your numeric magnitude into the starting field above.
Confirm mm/min is selected as your input unit.
Choose mm/s as your required reporting unit.
View certified output updated in real time with 15-digit precision.
Click "Copy Result" to paste directly into documents or blueprints.
Unit conversion relies on dimensional analysis and proportionality. Multiplying an input value by the invariant conversion ratio scales the quantity to the destination unit while preserving the identical underlying physical magnitude.
Millimeters per Minute (mm/min).Millimeters per Second (mm/s).Apply the baseline conversion ratio to convert a single standard unit:
Scale by a factor of 10 for standard commercial retail calculations:
Compute larger magnitudes typical of industrial logistics and engineering:
Our calculation library in the Speed, Rotation & Motion category supports comprehensive unit varieties. Explore the units available for mutual conversion:
| Unit Name | Standard Symbol | Category | Metrology Type |
|---|---|---|---|
| Meters per Second | m/s | Speed | Standard |
| Kilometers per Hour | km/h | Speed | Standard |
| Miles per Hour | mph | Speed | Standard |
| Knot (Nautical Mile/Hour) | kn | Speed | Standard |
| Feet per Second | ft/s | Speed | Standard |
| Feet per Minute | ft/min | Speed | Standard |
| Kilometers per Second | km/s | Speed | Standard |
| Meters per Minute | m/min | Speed | Standard |
| Centimeters per Second | cm/s | Speed | Standard |
| Millimeters per Second | mm/s | Speed | Standard |
| Millimeters per Minute | mm/min | Speed | Standard |
| Revolutions per Minute | RPM | Speed | Standard |
| Hertz (Rotational Frequency) | Hz | Speed | Standard |
| Radians per Second | rad/s | Speed | Standard |
| Mach Number | Ma | Speed | Standard |
| Engine Operating Hours | eng hr | Speed | Standard |
Prevent calculation discrepancies by avoiding these frequent metrological errors:
Find clear, scientifically verified answers about conversion formulas, standard ratios, unit definitions, and calculation methods.