Pixels to Points (pt)

What is Pixels to Points (pt) Converter?

Convert pixel font sizes to typographic points (pt) for print layouts, PDF generation, and professional typography. 75 points at 96 DPI.

Instantly translate between digital screen measurements and traditional typographic units for print design, publishing, and professional document creation.

This tool provides instant, accurate conversion between pixels (px) and typographic points (pt) using the fundamental relationship based on resolution: points = pixels × (72 ÷ DPI), and conversely, pixels = points × (DPI ÷ 72).

The conversion depends on the DPI/PPI resolution setting, where 1 point equals 1/72 of an inch, and 1 pixel equals 1/DPI of an inch. 75 points (72 ÷ 96).

This relationship is critical for typography because points are the traditional unit of measurement for type sizes in print design, while pixels are the standard unit for digital screen display.

The calculator supports bidirectional conversions, decimal values, fractions, and scientific notation, with additional support for points to pixels, points to millimeters, points to inches, pixels to millimeters, pixels to inches, font size comparisons across units, and automatic DPI-based calculations for different output mediums including print (300 DPI), screen (72 or 96 PPI), and high-resolution displays (150+ PPI).

These calculations are critical for a wide range of professionals and applications, including graphic designers converting digital pixel-based font sizes to print-appropriate point sizes for consistency across media, typographers and type designers working with both digital and print font specifications, book designers and layout artists preparing publications for both digital viewing and print production, web designers creating print-friendly CSS styles with appropriate point-based font sizes, PDF generation specialists embedding correctly sized typography for both screen viewing and print output, print designers receiving digital design files in pixels and needing to convert to point-based typography for professional printing, UI/UX designers specifying font sizes that work effectively across both digital interfaces and print documentation, magazine and newspaper layout designers working across digital and print formats, marketing materials creators preparing content for both web and print distribution, document formatters creating templates for both screen and paper output, presentation designers ensuring consistent typography across projected slides and printed handouts, e-book designers converting between digital and typographic measurements, university graphic design and typography students learning the relationship between screen and print measurements, vocational training instructors teaching typography and design fundamentals, prepress technicians verifying font sizes in point measurements for print production, publishing professionals working with manuscript specifications in both points and pixels, brand designers maintaining consistent typography across digital and print brand assets, accessibility specialists ensuring readable font sizes across all media, and anyone who needs to convert between pixel and point measurements for typography, design, or document creation.

67 px) for mobile display, or simply needing to understand the relationship between pixel-based digital typography and point-based print typography for consistent professional results across media, this tool delivers accurate, instant results in milliseconds, preventing calculation errors, typography inconsistencies, poor readability, and costly rework across all your design and publishing workflows.

Enjoy 100% private, client-side executions. Your source files and parameters are processed completely inside your device RAM, never leaving your sandbox browser configuration. No typography data, DPI settings, or any other information is sent to any external server.

We employ no cloud storage, no cookies, no analytics tracking, and absolutely zero data logging—every number you input exists solely in your current browser tab and is permanently erased the moment you close the page.

This guarantees complete confidentiality for proprietary design files, sensitive client specifications, confidential document layouts, or any other typographic information you need to convert.

You can perform hundreds of conversions without any risk of data interception, unauthorized access, or information exposure, because absolutely nothing is transmitted over any network at any stage.

How to Use

1. Provide the target values or upload files above. To begin, enter the typographic value you want to convert. Type a single numeric value into the input field using standard formats like 16, 12, 9.5, 2.5e2, or 3/4. The calculator accepts decimal notation, fractions, and scientific notation. Specify the DPI/PPI resolution—enter a custom value or choose from presets including 72 PPI (standard web and older screens), 96 PPI (Windows display, most common for CSS), 120 PPI (high-quality screens), 150 PPI (retina/high-density displays), 300 DPI (professional print), 600 DPI (high-resolution print), or custom values for specialized applications. Choose your conversion direction—"Pixels to Points" (convert from digital screen units to typographic print units), "Points to Pixels" (convert from typographic print units to digital screen units), or select from additional conversion pairs including "Pixels to Inches," "Inches to Points," "Millimeters to Points," "Points to Millimeters," "Pixels to Millimeters," and "Font Size Comparison" (display equivalent sizes across all units simultaneously). The calculator also supports automatic unit conversion where you can enter a font size in any unit and see the equivalent in all other units. For more extensive datasets, you can upload CSV, TXT, or JSON files containing dozens or hundreds of values for batch conversion—ideal for processing complete style guide specifications, converting large numbers of font size specifications for document templates, translating typographic settings across different output mediums, or handling large-scale publishing and prepress workflows. The intelligent parser automatically detects your input format, validates each entry for correct numeric range and types, identifies units when provided, and provides clear error feedback for any invalid entries before processing begins.
2. Adjust formatting variables, dimensions, or constants if applicable. Before converting, customize the output to meet your specific needs. Set your preferred output precision by choosing the number of decimal places from 0 to 6—use whole points for most print typography (fractions of a point are rarely used), 1-2 decimals for precise typographic adjustments, or up to 6 for scientific and ultra-precision applications. Choose between standard, scientific, or engineering notation for displaying values. You can also enable additional features such as "Show Conversion Formula" (to display the exact calculation used: pt = px × (72 ÷ DPI)), "Display Both Units" (show both pixels and points side by side), "Show DPI/PPI Information" (display resolution details and common usage contexts), "Display Common Font Size Equivalents" (show commonly used font sizes in both units), "Show Typographic Scale" (display standard typographic scale and their equivalents), "Calculate Leading/Line Height" (enter line height values for complete typographic calculations), "Show Print Size Comparison" (display the physical size of the font in inches and millimeters), "Display Device Examples" (show examples of font sizes on common devices), "Show CSS Values" (display the equivalent CSS values for web implementation), "Show PDF Values" (display the equivalent PDF typographic values), "Compare Multiple DPIs" (show results for 72, 96, 150, 300 DPI simultaneously), "Show Step-by-Step Calculation" (for educational purposes with detailed formula breakdown), "Display Accessibility Guidelines" (show recommended font sizes for accessibility compliance), "Round to Standard Type Sizes" (round to common typographic sizes like 6, 7, 8, 9, 10, 11, 12, 14, 16, 18, 24, 30, 36, 48, 60, 72 pt), "Save Default Preferences" (conversion direction, DPI/PPI default, precision, display format, features enabled) for future sessions.
3. Review results or click Copy / Download to export outputs. Converted values appear in real-time as you type or adjust settings, with an intuitive, color-coded results summary showing the original input value and unit, the DPI/PPI resolution used, the formula applied, and the converted value side-by-side for instant verification. The display shows the result in your chosen unit, along with additional calculated values like common font size equivalents, typographic scale comparisons, leading/line height values, physical size in millimeters and inches, CSS or PDF equivalents, device-specific examples, accessibility guidelines, or step-by-step formula breakdowns if enabled. Use the one-click Copy button to grab individual converted values or the entire result set to your clipboard for quick insertion into CSS stylesheets, print specifications, design documents, spreadsheets, emails, or other tools. Hit Download to export your complete conversion set as CSV, JSON, or plain text. This is ideal for archiving, sharing with colleagues or clients, documenting typographic specifications, integrating into larger design or publishing workflows, creating style guides, or maintaining professional documentation. Downloaded files include timestamp metadata, conversion direction, input values, DPI/PPI settings, converted point and pixel values, common font size equivalents, typographic scale data, leading/line height values, physical size information, CSS and PDF equivalents, accessibility guideline data, step-by-step calculation breakdowns, optional custom labels, and project identification fields for full traceability and professional documentation.

This tool runs entirely offline after the initial page load, requires zero internet connectivity for any operation, and is fully responsive across desktops, laptops, tablets, and smartphones—equally useful in graphic design studios, publishing houses, typography and type design studios, web development agencies, PDF generation and document production facilities, university design and typography classrooms, marketing departments, prepress and printing facilities, home offices for freelance designers, and on-the-go professional scenarios.

With its powerful combination of flexible DPI/PPI resolution support for any output medium, bidirectional conversion between pixel and point typography, multiple unit support (px, pt, mm, inches), standard type size rounding for professional typography, typographic scale comparison for visual consistency, leading/line height calculations for complete typographic control, CSS and PDF value generation for cross-platform implementation, accessibility guidelines for inclusive design, multi-DPI comparison for versatile output, educational step-by-step breakdowns, batch-processing for enterprise-scale projects, uncompromising privacy protection, and intuitive user interface, the Pixels to Points Converter is the definitive tool for anyone working with typography and type sizes across graphic design, web development, publishing, print production, or everyday creative contexts.

Whether you are a professional graphic designer ensuring consistent typography across digital and print media, a web developer converting print type sizes to CSS pixel values, a book designer working with both pixel-based digital layouts and point-based print specifications, a typographer maintaining precise type proportions across different output mediums, a prepress technician verifying font sizes for commercial printing, a student learning the relationship between screen and print typography, or a publishing professional creating documents for both digital and printed distribution, this comprehensive converter provides the accuracy, flexibility, and reliability you need to achieve professional typographic results, ensure readability and consistency, and make informed decisions across all your design and publishing workflows.