If multiple Excel workbooks contain the same statuses, names, numbers, or field values that need to be uniformly modified, manually opening each file to process them can waste a significant amount of time. This article uses an Excel batch replacement example to illustrate how to use HeSoft Doc Batch Tool to find and replace cell text within multiple xlsx spreadsheets, such as batch changing Mandatory to Voluntary, or 46060 to 888888, making it suitable for data cleaning, report maintenance, and batch file updates.
Many office workers encounter this situation: a batch of Excel spreadsheets has already been created, but later business rules, field names, numbering systems, or status values change, requiring the same content across multiple files to be uniformly modified. For example, a status field originally set to "Mandatory" in some Excel workbooks now needs to be changed to "Voluntary"; a specific area code "46060" needs to be uniformly replaced with "888888". On the surface, it seems like a simple find-and-replace, but if it involves dozens of Excel files, multiple worksheets, and a large number of cells, manual processing becomes repetitive and error-prone work.
This article focuses on "batch replacement of cell text across multiple Excel workbooks," combining actual interface screenshots to explain how to use the office software " HeSoft Doc Batch Tool " to complete batch find-and-replace. This software is designed for office scenarios, with its core value being batch file processing, reducing repetitive labor, and improving processing efficiency. For users who frequently maintain spreadsheet files like xlsx and xls, mastering such batch replacement methods is very practical.
Applicable Scenarios: Use When You Need to Uniformly Modify Excel Content
Batch replacement of cell text in Excel is suitable for all scenarios where "content rules are clear and the number of files is large." For example, after a company name change, the old company name in multiple ledgers needs to be replaced with the new one; after project number adjustments, old numbers in historical reports need to be uniformly changed to new ones; after product line adjustments, old category names in multiple product lists need batch replacement; HR or administrative departments may also need to batch modify department names, position names, region names, etc.
In this example, the Excel file is a list of participating institutions. Before processing, column A in the table contains many instances of "Mandatory," and column D contains multiple entries of "46060." The goal is to replace "Mandatory" with "Voluntary" in column A, and replace "46060" with "888888" in column D. Although the screenshot shows the effect on one file, the software's operation page indicates that multiple xlsx files can be imported at once, so the same set of rules can be applied to multiple Excel workbooks.
If you only need to replace content once in a small spreadsheet, using Excel's built-in features is sufficient. But when files are scattered, numerous, and have many replacement rules, the advantages of a batch tool become more apparent. The user only needs to configure the replacement rules once, and the software will execute them sequentially on the file list, avoiding the repeated opening, saving, and closing of files.
Effect Preview: From Content to be Replaced to Uniformly Updated Results
Before Processing: Status and Numbers Still Show Old Values
In the screenshot before processing, the field in column A is "Mandatory or Voluntary Participant," with multiple rows below containing "Mandatory"; the field in column D is "CBSA," with some cell content being "46060." Red arrows and boxes mark the key areas needing modification.
This data structure is common in business spreadsheets: the same status, number, or name will repeatedly appear across multiple rows. When modifying manually, one must locate all occurrences and avoid accidentally altering other data. If the same content also exists in several other Excel files, the workload multiplies.
After Processing: Target Keywords Have Been Batch Replaced
The screenshot after processing shows that the original "Mandatory" has been changed to "Voluntary," and the original "46060" has been changed to "888888." This means the software performed a unified update on the Excel cell text based on the preset find and replace lists.
For users who need to deliver reports, clean data, or unify template content, this type of processing result is easier to verify and reduces rework caused by missed replacements. Especially in multi-file scenarios, one-time batch replacement is more stable than manual, file-by-file processing.
Operation Steps: Complete Workflow for Batch Replacing Excel Cell Text
Step 1: Open the Software and Enter the Excel Find and Replace Function
After launching HeSoft Doc Batch Tool , click "Excel Tools" in the tool category on the left. The main area will display multiple batch processing functions related to Excel files. According to the screenshot, the first item is "Find and replace keywords in Excel," indicating it is used for batch finding and replacing keywords in Excel file content.
After clicking this function, you enter the task configuration page. The key here is to select the correct function entry, as this tutorial deals with content inside Excel files, not file name replacement, folder name modification, or format conversion. Upon entering "Find and replace keywords in Excel," the software will guide the user through the batch task in a step-by-step process.
Step 2: Import the xlsx Files to be Processed in Batch
On the "Select records to be processed" page, users need to add the Excel files to be processed to the task list. The top right of the interface provides two common entry points: "Add Files" and "Import Files from Folder." The former is suitable for selecting a few specific files, while the latter is suitable for importing files from a specific directory in bulk.
The screenshot shows 3 records have been added, all with the xlsx file extension, including product_list.xlsx, team-participant-list.xlsx, and test.xlsx. The list also displays information like file path, creation time, and modification time, with the bottom summary showing a record count of 3. After import, it's recommended to check file names and paths item by item to confirm no irrelevant Excel files were added to the task.
If you find an import error, you can remove a single file using the delete icon on the right side of each row; if you want to re-select, you can click "Clear." After confirming the files, click "Next" at the bottom. The expected result of this step is to form an accurate list of files to be processed, preparing for the subsequent batch replacement.
Step 3: Select Processing Scope, Confirm Only the Required Content is Replaced
After entering "Set processing options," first set the Excel processing scope. In the screenshot, "Cell text" is checked, indicating this task will find and replace keywords within cell content. For replacing most statuses, numbers, names, and remarks fields, selecting cell text is the most common approach.
The interface also shows other processing scope options like "Worksheet name," "Text on shapes in the worksheet," etc. If users need to modify not only cell content but also worksheet names or text in shapes, they can check those based on actual needs. However, in this example, the target content "Mandatory" and "46060" are both in regular cells, so checking only "Cell text" is sufficient, which is simpler and less likely to expand the replacement scope unintentionally.
Below are condition switches related to worksheet names and cell column names. In the screenshot, these switches are off, indicating this example does not limit to specific worksheets or specific columns but searches within the cell text scope of the imported files. If your actual spreadsheet structure is more complex and you only want to process a certain worksheet or column, you can configure further conditions based on the interface prompts; if there are no special restrictions, keeping them off by default is fine.
Step 4: Set Formulas, Data Types, and Find Method
In the "Cell formula types to process" area, the screenshot selects "No restriction." This is suitable when you don't want to distinguish between regular cells and formula cells separately. The interface also shows options like "Only process cells containing formulas" and "Only process cells not containing formulas," allowing users to choose based on data characteristics.
For "Processing method for cells containing formulas," the screenshot selects "Value after formula calculation." If there are formulas in the Excel table and you want to decide on replacement based on the displayed calculated results, this type of setting is important. For plain text field replacements, complex adjustments are usually unnecessary.
In "Cell data types to process," the screenshot checks "Text." This is an easily overlooked point in many batch replacement tasks. In Excel, some numbers look like digits but might actually be stored as text; some numbers, if processed as digits, might affect formatting. The example contains both text like "Mandatory" and a number like "46060," so paying attention to whether the data type setting matches the actual content is important.
Under "Find method," the screenshot selects "Exact text match." This indicates the software will match based on the complete text, rather than arbitrarily matching a fragment. For tasks replacing status values like "Mandatory" or fixed numbers like "46060," exact match is generally safer and reduces the risk of incorrect replacements.
Step 5: Fill in the Find Keyword List and Replace With Keyword List
The core setup for this task is at the bottom of the page. The left side is the "List of keywords to find," and the right side is the "List of replacement keywords." In the screenshot, the left side contains two lines: "Mandatory" and "46060"; the right side contains two lines: "Voluntary" and "888888."
This means the software will execute two replacement rules: first, replace "Mandatory" with "Voluntary"; second, replace "46060" with "888888." When dealing with multiple keyword pairs, the lists on the left and right correspond row by row, so the order must be consistent when filling them in. Do not mistakenly pair the first row on the left with the second row on the right, as this would cause incorrect replacements.
If you have more replacement needs, you can continue adding lines in the same manner. For example, old department names corresponding to new ones, old product names to new ones, old codes to new ones. After completing the setup, click "Next" to proceed to the save location settings.
Step 6: Set Save Location and Execute Batch Processing
From the progress bar, it can be seen that the subsequent software steps include "Set save location" and "Start processing." On the save location page, the user needs to specify the output location for the processed files. It is recommended to save the results in a separate folder to easily distinguish them from the original Excel files and facilitate subsequent checking and rollback.
After setting the save location, enter the "Start processing" step. The software will execute the same find-and-replace rules on each Excel file according to the previously imported file list. Once processing is complete, open the output files to check the results. Based on the post-processing screenshot, the target content has been successfully updated: "Mandatory" became "Voluntary," and "46060" became "888888."
Common Questions and Precautions
1. The Left and Right Keyword Lists Must Correspond One-to-One
The most common mistake during batch replacement is misaligning the correspondence. It is recommended to first organize the replacement list in a table or text file, then copy it into the software. The find content in the Nth row on the left will be replaced by the content in the Nth row on the right.
2. Test on a Small Scale First, Then Process All Files
If there are many replacement rules, it is recommended to first import one or two test files to run and confirm the effect is correct before adding all Excel files to the task. This reduces the risk of large-scale operational errors.
3. Pay Attention to Text and Number Formats When Processing Codes/Numbers
Content like codes, IDs, and reference numbers in Excel might be text or numbers. The screenshot shows "Text" is checked, which is suitable for processing text-type content. In actual use, settings should be configured based on the file situation to avoid formats not meeting expectations after replacement.
4. Exact Find is Suitable for Fixed Field Replacement
If you need to replace complete status values, complete numbers, or complete names, exact find is more secure. If using fuzzy find, you should first confirm it will not affect other content containing the same characters.
5. It Is Recommended to Keep the Original Files When Saving Results
Batch processing is highly efficient, but it also means rules will act on multiple files simultaneously. For safety, it is recommended to keep the original files or save the output results to a new directory, only overwriting or archiving after confirming they are correct.
Summary: Turning Excel Batch Replacement from Repetitive Operations into a One-Time Configuration
Batch replacing cell text across multiple Excel workbooks is a typical high-repetition, low-creativity office task. Using HeSoft Doc Batch Tool can simplify the workflow that originally required repeatedly opening files, finding, replacing, and saving into just a few steps: importing files, setting rules, selecting a save location, and starting processing.
When you need to batch modify keywords, statuses, numbers, names, or fixed text in Excel files like xlsx or xls, you can follow the process in this article. First, enter "Find and replace keywords in Excel" within the Excel Tools, then import the files to be processed, set the processing scope to cell text, select the appropriate data type and exact find method, finally fill in the find and replace lists and execute. For a large number of files, this batch processing method significantly improves efficiency, reduces manual omissions, and makes spreadsheet content maintenance more standardized.