Instantly convert PT to MM and MM to PT
A simple and fast tool to convert point (pt) values to millimeter (mm) values and vice versa for your web and print designs.
How to Convert PT to MM
Step 1: Understand the Conversion Rate
The conversion between points and millimeters is based on the standard of 72 points per inch, and 25.4 millimeters per inch.
Step 2: Use the Conversion Formula
The formula to convert points to millimeters is: `(PT Value / 72) * 25.4`.
Result in MM = (Points / 72) * 25.4
Step 3: Example Calculation
If you want to convert 36pt to millimeters, the calculation is:
(36 / 72) * 25.4 = 12.7
So, 36pt is equal to 12.7mm.
Common PT to MM Reference
A quick reference table for converting points to millimeters.
PT to MM Converter Information
Understanding Points (PT)
The point (pt) is a traditional unit of measurement for typography, commonly used in print design. One point is equal to 1/72 of an inch. It’s a fixed-size unit, making it reliable for print but less flexible for responsive web design.
Understanding Millimeters (MM)
The millimeter (mm) is a standard metric unit of length, equal to one-thousandth of a meter. It is used worldwide for precise physical measurements. In digital design, converting to millimeters is essential for tasks that require a bridge between the screen and the physical world, based on a standard screen density (DPI).
Why Convert PT to MM?
Converting points to millimeters is essential when you need to align digital designs with physical-world outputs or standards. This is crucial for:
- Print and Manufacturing: For any design that will be printed or physically produced, such as packaging, labels, or business cards, converting to millimeters is necessary for accurate sizing.
- Technical and Engineering Drawings: In fields like architecture and engineering, where precision is paramount, converting digital plans to millimeters ensures they meet real-world specifications.
- Crafting and Prototyping: Whether for 3D printing or other crafting hobbies, converting pixel-based designs to millimeters allows for the creation of accurately-sized physical prototypes.