Fortune Ikechi Fortune Ikechi is a frontend engineer based in Rivers State, Nigeria. He is a student of the University of Port Harcourt. He is passionate about community and software engineering processes.

Top React image cropping libraries

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Top React Image Cropping Libraries

When building an application, best practice requires reducing an image’s surrounding noise, thereby directing a user’s attention to a specific part of the image. Image cropping is a method for manipulating images to remove any unwanted elements. By changing the aspect ratio or orientation, we can draw viewers’ eyes to the photograph’s main subject and improve the overall composition.

In this article, we’ll compare three of the top React image cropping libraries, React Avatar Editor, react-cropper, and react-easy-crop, evaluating each in terms of performance, popularity, and developer experience.

First, we’ll build an image uploader application in React, which we’ll use with each library. By the end of this tutorial, you should be able to choose the right fit for your project. To follow along with this tutorial, you’ll need:

  • Basic knowledge of React and JavaScript
  • Node.js and npm installed on your machine

Let’s get started!

You can follow along by accessing the project’s code.

Initialize a new React app with Create React App

We’ll start by initializing a new React app and bootstrapping it with Create React App; run the command below in your terminal to create a new React application:

npx create-react-app image uploader

Next, we’ll navigate to our project directory and run the following command to start our development server:

cd image uploader && yarn start 

The command above will open a tab in our browser and display the application’s default boilerplate. Next, we’ll install dependencies, which we’ll include in our three cropper libraries.


We’ll install the following dependencies in our application:

Next, we’ll build components for our components. In our application, we’ll need a button component to upload images and a modals component, which will upload, save, and dismiss images from our uploader. Lastly, for each of our croppers, we’ll need a modalWrapper.

Button component

The Button component is a skeleton component for all the buttons in our application.

We made a custom demo for .
No really. Click here to check it out.

First, we’ll use the style component to create a style guide for our buttons. Let’s create a components folder in our application’s src directory. Inside of your components folder, create a new directory called Button; inside this folder, create a Button. jsx file and add the code below:

import styled from "styled-components";
const Button = ({ children, className, ...props }) => {
    return (
                background: "skyblue",
                color: "#000",
            className={`${className} block text-black px-6 rounded-md font-semibold hover:opacity-75 transition-opacity duration-500 ease-in`}

In the code block above, we created a Button component and passed children, className, and props. Now, we’ll add styles to our button with styled-components:

const StyledButton = styled.button`
    background-color: #2eff7b;
    border: none;
    outline: none;
    height: 45px;
    &:focus {
        border: none;
        outline: none;
    &:disabled {
        opacity: 1;
        cursor: not-allowed;
export default Button;

Checkbox component

Now, we’ll build a Checkbox component that links each image cropper. First, create a new folder called Checkbox in our components directory. Inside, we’ll create a new file called Checkbox.jsx and add the following code:

import styled from "styled-components";
const Checkbox = ({ label, onChange, id, isChecked }) => {
    return (
            <label htmlFor={id}>{label}</label>
                onChange={() => {
                    onChange(!isChecked ? label : null);
                value={isChecked ? label : ""}
            <span className="rounded-full" />

In the code block above, we created a Checkbox component that has a label and an ID inside, which we’ll use to select our cropper library. Next, we’ll build a modal component for opening and closing a particular cropper library.

Creating our modal component

Our modal component will feature props like onModalClose, showModal, and onSaveHandler. We’ll also add a button for uploading and saving our cropped images.

In our components directory, let’s create a new folder called Modal. Inside, create a new file called Modal.jsx and add the code block below:

import { createPortal } from "react-dom";
import styled from "styled-components";
import Button from "../Button/Button";
const Modal = ({ children, onModalClose, showModal, onSaveHandler }) => {
    return createPortal(
                opacity: showModal ? 1 : 0,
                pointerEvents: showModal ? "all" : "none",
                    display: showModal ? "flex" : "none",
            <div className="iu-modal-content">
                <footer className="px-12 md:sticky absolute bottom-0 bg-white w-full left-0 py-4 border-t border-black flex items-center justify-between">
                    <Button onClick={onModalClose}>Dismiss</Button>
                        onClick={() => {

In the code block above, we initialized a modal component and created a Wrapper component, where we added a function to upload and save an image.


react-avatar-editor is an avatar and image cropper for React applications. With an intuitive UI, react-avatar-editor can easily crop, resize, and rotate images.

With 85k weekly downloads on npm and 1.8k stars on GitHub, react-avatar-editor is one of the most popular cropper libraries for React applications. To see react-avatar-editor in action, first, we’ll need to install it in our app with the command below:


yarn add react-avatar-editor


npm install --save react-avatar-editor

Next, create a new folder called ReactAvatarEditor. Inside, create a new file called ReactAvatarEditor.jsx and add the code below:

import { useRef } from "react";
import AvatarEditor from "react-avatar-editor";
import styled from "styled-components";
import Modal from "../../Modal/Modal";

const ReactAvatarEditor = ({
}) => {
    const EditorRef = useRef(null);
    const showCroppedImage = async () =&gt; {
        if (EditorRef.current) {
            const img = EditorRef.current.getImage().toDataURL();
            return img;

    return (
            onSaveHandler={async () => onSaveHandler(await showCroppedImage())}
            <Wrapper className="w-full h-full flex flex-col items-center justify-center">
                    color={[255, 255, 255, 0.6]}

In the code above, we imported the useRef Hook, initialized our cropper packager as AvatarEditor, and imported styled-components to add styles to our application.

Then, we initialized a functional component with AvatarEditor and passed some methods from our modal component. Finally, we assigned the ref to our AvatarEditor to get our image, convert it to a URL, and parse it for cropping.

To render our cropped images, we created a wrapper component and added props like image, which is the URL of the image we want to crop. Note that width, height, border, and color refer to the editor’s attributes.


react-cropper is an open source React wrapper component for Cropper.js, a JavaScript library that includes a photo editor and an image cropper. react-cropper has more that 63k weekly downloads on npm and 1.6k stars on GitHub. To use react-cropper in your application, first, install it with the command below:

// Using yarn 
yarn add react-cropper 

// Using npm
npm install --save react-cropper 

Next, add the following code block to crop an image using our image uploader application:

import { useRef, useState } from "react";
import Cropper from "react-cropper";
import "cropperjs/dist/cropper.css";
import Modal from "../../Modal/Modal";

const ReactCropper = ({ showModal, onModalClose, imgURL, onSaveHandler }) => {
    const cropperRef = useRef(null);
    const [croppedImg, setCroppedImg] = useState("");
    const onCrop = () => {
        const imageElement = cropperRef?.current;
        const cropper = imageElement?.cropper;

    return (
            onSaveHandler={() => onSaveHandler(croppedImg)}
                style={{ height: 500, width: "732px" }}
                initialAspectRatio={16 / 9}
                // guides={true}
                // background={false}
                aspectRatio={4 / 3}
export default ReactCropper;

Similar to react-avatar-editor, we imported the useRef and useState Hooks from React. Next, we initialized a functional component,ReactCropper, which takes in a number of props like the image URL and modal.

To crop our image, we connected to the image cropper properties, like the image URL, then parsed it. Using React’s useState Hook, we created a state for our cropped image.

To render our image, we initialized a Cropper component and passed a few props from Cropper.js, including src for parsing the image URL. Finally, we pass styles to the style prop.


react-easy-crop is an open source React component that features a clean UI for cropping images and videos. react-easy-crop is mobile-friendly, offering crop dimensions in pixels and percentages and interactions for dragging and zooming.

On npm, react-easy-crop is currently downloaded more than 125k times a week. On GitHub, react-easy-crop has 1.4k stars. You can get started with react-easy-crop by installing the library using a package manager, as shown in the code block below:

yarn add react-easy-crop

// npm
npm install react-easy-crop --save

To use react-easy-crop, you’ll need to wrap it in a Cropper component tag. Let’s build a cropper component using the library below:

import { useCallback, useState } from "react";
import Cropper from "react-easy-crop";
import Modal from "../../Modal/Modal";

const ReactEasyCrop = ({ showModal, onModalClose, imgURL, onSaveHandler }) => {
    const [crop, setCrop] = useState({ x: 2, y: 2 });
    const [zoom, setZoom] = useState(1);
    const [croppedArea, setCroppedArea] = useState("");

    const onCropComplete = useCallback((croppedArea, croppedAreaPixels) => {
    }, []);
    const showCroppedImage = useCallback(async () => {
        try {
            const croppedImage = await getCroppedImg(imgURL, croppedArea, 0);
            return croppedImage;
        } catch (error) {
    }, [croppedArea, imgURL]);

In the code block above, we created a component called ReactEasyCrop, which contains props like showModal, onModalClose, imgURL, onSaveHandler, and showModal.

Like other image croppers, the showModal and onModalClose props are used for uploading an image, while the imgUrl provides the URL of the image we are uploading.

onCropComplete allows us to save a cropped area of an image and specify the pixel or percentage size of the cropped image. Next, we’ll render our application using the Modalwrapper component, as shown below:

return (
                        onSaveHandler={async () => onSaveHandler(await showCroppedImage())}
                        <div className="relative w-full">
                                        aspect={4 / 3}

export default ReactEazyCrop;

In the code block above, we wrapped our entire application in a Modal component, allowing us to upload our images. Next, we initialized the Cropper component, where we passed the URL of our cropped images.

We also added the crop prop, which is used to determine the position of the image to be cropped. zoom is used to zoom in on the image, and the default is set to 1.

onCropChange is used to update our application’s crop state. onCropComplete is called when a user stops zooming on an image.


Regardless of the type of project you’re working on, a cropper library can help you improve your overall UI by removing unwanted areas from a photograph. The libraries featured in this tutorial have thorough built-in features and are easily customizable.

Now, you should be able to choose the right cropper library for your application. I hope you enjoyed this tutorial!

Full visibility into production React apps

Debugging React applications can be difficult, especially when users experience issues that are hard to reproduce. If you’re interested in monitoring and tracking Redux state, automatically surfacing JavaScript errors, and tracking slow network requests and component load time, try LogRocket.

LogRocket is like a DVR for web apps, recording literally everything that happens on your React app. Instead of guessing why problems happen, you can aggregate and report on what state your application was in when an issue occurred. LogRocket also monitors your app's performance, reporting with metrics like client CPU load, client memory usage, and more.

The LogRocket Redux middleware package adds an extra layer of visibility into your user sessions. LogRocket logs all actions and state from your Redux stores.

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Fortune Ikechi Fortune Ikechi is a frontend engineer based in Rivers State, Nigeria. He is a student of the University of Port Harcourt. He is passionate about community and software engineering processes.

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