When image materials include formats such as HEIC, WEBP, PNG, JPEG, BMP, and AVIF at the same time, manually converting them one by one to GIF can waste a significant amount of time. This article takes HeSoft Doc Batch Tool as an example to explain how to select images in an image tool for conversion to GIF, batch import folder images, check the file list, and continue to set the save location to complete the process. Suitable for office users who need to unify material formats, organize project files, and batch upload images.
Many office users, when encountering image format issues, instinctively turn to online conversion websites or use image editing software to save each image one by one. However, in real work scenarios, images rarely come in a single format: photos sent by colleagues from iPhones might be HEIC, web materials could be WEBP, screenshots might be PNG, promotional images could be JPEG, and historical archives may even include BMP or AVIF. If a system requires an upload in GIF format, or project materials need to be standardized to GIF, processing them individually can be highly inefficient.
This article addresses this exact problem: batch converting images like HEIC, WEBP, PNG, JPEG, BMP, and AVIF to GIF. The tool used in the example is HeSoft Doc Batch Tool . From its software interface, it's clear this is a batch file processing tool designed for office scenarios, with the core value of handling files in batches to reduce repetitive work and improve efficiency. For image collections with mixed formats, simply using the "Convert Image to GIF" function within the image tools allows you to standardize multiple input formats into GIF output.
Applicable Scenario: From Scattered Images to a Unified GIF Archive
In office collaboration, non-uniform image formats often hinder downstream processes. For example, certain business systems only accept specific formats; website backends may have format requirements; department archives often require consistent file extensions; and training courseware or documentation benefits from more manageable asset names and formats. In such cases, batch converting various image formats to GIF becomes a very practical organization method.
Manually converting a small number of images might be acceptable. But if a project folder contains dozens of images, with a mix of .heic, .webp, .png, .jpeg, .bmp, .avif, .gif files, manual conversion is not only slow but also prone to omissions. To further complicate matters, different software supports HEIC, WEBP, and AVIF to varying degrees, potentially causing files to be unopenable or display incorrectly.
The advantage of using HeSoft Doc Batch Tool is that it turns image format conversion into a standardized batch process. Users don't need to repeatedly open files, select "Save As" formats, and input filenames. Instead, they add all images needing processing to a list, set a unified save location, and start processing. This method is especially well-suited for high-frequency office tasks like data organization, marketing asset processing, teaching file preparation, and web material format standardization.
Pre-Processing State: A Single Folder with Mixed Extensions
First, let's examine the file state before processing. The screenshot shows 7 image files: 1.avif, 2.bmp, 3.webp, 4.png, 5.jpeg, 6.heic, and 7.gif. Their filenames are sequential, but the different extensions indicate they originate from various sources or generation tools.
This mixed-format situation is extremely common in practice. For instance, WEBP is common in web downloads, HEIC in photos from Apple devices, PNG in screenshots and images with transparent backgrounds, JPEG in photographs, and BMP may come from older systems or software. While these are all image files, subsequent use may require conversion to GIF due to compatibility issues, system limitations, or delivery specifications.
The most critical pre-processing step is: do not just look at the thumbnails; check the extensions. Thumbnails tell you the general content, but extensions tell you the file format. The goal of batch conversion is to unify these different extensions in the output results.
Post-Processing Result: All Images Uniformly Converted to GIF
After batch conversion is complete, the output files become 1.gif, 2.gif, 3.gif, 4.gif, 5.gif, 6.gif, and 7.gif. This means images from different sources are uniformly organized into the GIF format, resulting in a clearer file list and easier subsequent access.
The unified GIF files are suitable for subsequent uploading, archiving, delivery, or insertion into a specified system. For team collaboration, a uniform format offers another advantage: the recipient no longer needs to worry about the images' original source, nor install extra plugins to view certain formats. Simply opening the output folder provides a set of image results with consistent extensions.
Step 1: Enter the Image Tools in HeSoft Doc Batch Tool
Upon opening the software, the navigation panel on the left displays functional categories. The screenshot shows the current software name as HeSoft Doc Batch Tool , and the left panel includes Home, Task Flows, All Tools, File Names, Folder Names, File Organization, Word Tools, Excel Tools, PowerPoint Tools, PDF Tools, Text Tools, Image Tools, etc. Since the current task is image format conversion, you need to enter the Image Tools category.
Upon entering Image Tools, the interface presents various batch image processing functions in card form. You can see options like Convert Image to PNG, Convert Image to BMP, Convert Image to JPEG, Convert Image to JPG, Convert Image to WEBP, and Convert Image to AVIF. For this task, you need to click Convert Image to GIF. In the screenshot, this function is the 6th item, described as batch converting image files to GIF format.
The purpose of this step is to select the correct conversion target. As the Image Tools contain multiple format conversion entries, if your goal is GIF, ensure you don't mistakenly click PNG, JPEG, or WEBP. Selecting Convert Image to GIF will take the software to the dedicated GIF conversion task page.
Step 2: Batch Import Images for Conversion
On the Convert Image to GIF page, two main import options appear at the top: Add Files and Import Files from Folder. For selecting a few specific images, use Add Files; if you’ve already placed the images to be processed in a single directory, it's recommended to use Import Files from Folder, which aligns better with batch processing habits.
In the screenshot, the task list has already imported 7 files, with paths all located within the D:\test directory. The list shows details such as sequence number, name, path, extension, creation time, modification time, and actions. This information allows users to perform a clear check before formal processing: Are the filenames correct? Do the paths originate from the target folder? Do the extensions cover the formats requiring conversion?
If you mistakenly import the wrong file, the action column on the right provides a delete entry to remove unwanted records. There's also a Clear button at the top, suitable for starting over if the entire batch of files was selected incorrectly. The biggest pitfall in batch conversion is having erroneous files mixed into the task list, so it's essential to confirm the list contents before clicking "Next".
Step 3: Verify the Conversion Scope Based on the List
In the screenshot, the extension column shows avif, bmp, webp, png, jpeg, heic, and gif in sequence. This indicates that this batch conversion covers multiple common and less common image formats. For users needing to convert HEIC to GIF, WEBP to GIF, PNG to GIF, and JPEG to GIF, this step confirms that the files have been recognized by the software and added to the processing queue.
The summary at the bottom shows a record count of 7, indicating that 7 files will be processed. This summary information is useful for cross-referencing with the actual count in the folder. If you planned to process 50 images but the summary only shows 45, it suggests that some files weren't imported, or you didn't select the target directory. Verifying the count before processing can prevent discovering missing files only after conversion is complete.
The Name column is also worth noting. The example uses sequential names from 1.avif to 7.gif, making post-processing comparison easy. If your actual filenames are complex—for example, containing project numbers, product codes, dates, or version numbers—it's also advisable to confirm naming conventions before conversion. While format conversion solves the extension uniformity issue, good filenames still significantly impact subsequent search and referencing efficiency.
Step 4: Next, Set a Save Location and Execute Conversion
After confirming the pending records are correct, click Next at the bottom. The process bar at the top of the interface shows the entire task involves three stages: selecting the records to process, setting the save location, and starting the processing. The current screenshot is at Step 1; clicking Next should proceed to the save location setting stage, followed by starting the process.
It's advisable to choose a dedicated output directory as the save location. This has two benefits: first, it preserves the original files for future reference if needed; second, the output GIF files are centrally located for easy inspection and delivery. While saving directly in the original directory is also viable, it can cause mixing with the original images when file counts are high, increasing verification costs.
After setting the save location, start the process following the on-screen prompts. The software will batch convert the images in the list to GIF. Once done, you can view the uniformly formatted GIF files in the output directory. As seen in the result screenshots, this example ultimately produced output files from 1.gif to 7.gif.
Common Questions and Notes
1. Do images need to be placed in the same folder before batch conversion? It's not a strict requirement, but strongly recommended. Centralized storage allows the use of "Import Files from Folder," which is more efficient and makes it easier to verify the record count.
2. Why are formats like HEIC, WEBP, and AVIF better suited for batch processing? Because their support varies across different computers, browsers, or office systems. Batch converting to GIF reduces the likelihood that the recipient cannot open the files.
3. What happens to filenames after conversion? Judging from the example results, output files are presented with the same sequential names but with a .gif extension, e.g., 1.gif, 2.gif. In practice, rely on the actual software output and check the output directory upon completion.
4. Can files that are originally GIF be processed together? The example includes 7.gif, which remains 7.gif after processing. If you want the entire folder to go through a uniform process, you can import them all; if you only intend to convert non-GIF files, you can filter them manually before importing.
5. Is an internet connection required to upload images? The screenshots do not depict any online upload process. This article only describes the local batch processing steps based on the software interface shown and does not speculate on unshown features.
Summary
When office materials contain a mix of image formats like HEIC, WEBP, PNG, JPEG, BMP, and AVIF, batch converting them to GIF can significantly improve organization efficiency. When using HeSoft Doc Batch Tool , the core workflow is very clear: enter Image Tools, select Convert Image to GIF, add files or import files from a folder, check the names, paths, extensions, and record count in the list, then click Next to set a save location and start the process.
This method's value lies not only in completing a format conversion but also in turning repetitive manual operations into a stable batch process. If you are organizing project assets, preparing images for system uploads, or need to deliver a uniformly formatted archive, you can follow the steps in this article to first perform a small batch test, confirm the output results, and then process more images.