Centimeters to Pixels

Centimeters to Pixels Converter is a free online tool you can use to
effeciently convert centimeters (cm) to pixels (px).

Centimeters to Pixels Conversion Table

Centimeters Pixels
1cm 37.8px
1.5cm 56.7px
2cm 75.6px
2.5cm 94.5px
3cm 113.39px
3.5cm 132.28px
4cm 151.18px
4.5cm 170.08px
5cm 188.98px
5.5cm 207.87px
6cm 226.77px
6.5cm 245.67px
7cm 264.57px
7.5cm 283.46px
8cm 302.36px
8.5cm 321.26px
9cm 340.16px
9.5cm 359.06px
10cm 377.95px
15cm 566.93px
20cm 755.9px
25cm 944.88px
30cm 1133.86px

Frequently Asked Questions

What exactly is a “pixel,” and does it change depending on device?

A pixel (short for “picture element”) is the smallest unit in a digital display. The size of a pixel in physical terms depends on screen density (DPI or PPI). When converting from physical units like cm to pixels, we're using a standard screen density (commonly 96 DPI) for consistency. If you know the DPI of your device or target output, you may adjust accordingly.

Can I convert pixels back to centimeters with this tool?

Not with this version. This tool is built specifically for converting from centimeters → pixels. If you need pixels → centimeters, you can divide the number of pixels by the same ratio (i.e., pixels ÷ (DPI ÷ 2.54)), or use a dedicated converter for that direction.

Is this tool suitable for both print and digital design?

Yes! It’s especially helpful for digital design, where pixel dimensions matter. For print, this gives a sample value, but print work often uses different DPI settings (300 DPI or more), so for printing purposes, you may need to recalculate based on that DPI.

What DPI / PPI is this conversion based on? Can I use another DPI?

This converter uses the standard 96 DPI to translate centimeters to pixels. If your project uses a different DPI (for example, 72 DPI, 150 DPI, 300 DPI etc.), you'll need to adjust the formula accordingly. The general formula is:

pixels = centimeters × (dpi ÷ 2.54)

How accurate are the pixel measurements provided by this tool?

The converter ensures precise centimeter-to-pixel conversions. The algorithm is calibrated for accuracy, making it a reliable tool for design projects where precise dimensions are crucial, such as creating digital graphics or planning print layouts.