How does the Plate Production tool work in VCarve Pro & Aspire for batch engraving badges, nameplates, and industrial plates?

Overview

Plate Production automates the creation of batches of engraved badges, nameplates, ID plates and similar items where the design template is fixed but variable data (names, titles, room numbers) changes for each piece. It merges a CSV or text data file with a master template to generate and lay out many individualized plates, then calculates toolpaths for the whole batch. There is no separate "Plate Maker" gadget. This built-in tool is the batch plate feature.

It is built for 2D vectors and the toolpaths made from them (engraving, V-carving, profile cut-out), not for 3D models.

Common Use Cases

• Award and recognition plaques with individual names
• Employee name badges (batches of 50, 100, 500 or more)
• Hotel room number plates with consecutive numbering
• Industrial identification plates from a customer database
• Product serial number plates
• Memorial plates with name, date and text

Complete Workflow

Step 1: Prepare the Data File

Create a CSV or text file with a column of data for each field on the plate:

• Use Excel, Google Sheets or any spreadsheet
• Use Save As or Export to produce a file with a separator, for example .CSV (comma) or tab-delimited .TXT
• The first row can be column headers (you tell the tool to skip it in the import step)
• One row per plate

Example CSV:

First Name, Last Name, Title, Company
John, Smith, Director, Acme Corp
Jane, Doe, Manager, Acme Corp

Step 2: Create the Master Template Job

1. Create a new job with the material size equal to the sheet the badges will be cut from
2. Lay out a single badge at its finished size
3. Add static elements: logo, decorative border, fixed text
4. Add variable text where imported data is needed

Step 3: Define Variable Fields in the Template

Variables are marked in the text tool with double exclamation marks at the start and end of the name: !!variable_name!!

• Type !!First Name!! for the name field
• Several variables can sit in one text object: !!First Name!! !!Last Name!!
• Every variable in the template is listed automatically on the Plate Production form, where you assign it to a data column

Step 4: Calculate Template Toolpaths

1. Select and calculate the toolpaths for each element of the master design, for example an engraving or V-carve toolpath for the text and logo, and a Profile cut-out around the outer edge
2. Add tabs to the profile toolpath if needed to hold badges in place

Step 5: Open Plate Production

1. Select all the vectors that make up the master template
2. Click the Plate Production tool in the Drawing tab
3. The Plate Production dialog opens

Step 6: Configure the Layout

Left side, layout settings:

• Material Size: the sheet the plates will be cut from
• Plate Size: taken automatically from the bounding box of the selected vectors
• Sheet Margins: the border gap between the sheet edge and the plates. Set Top, Bottom, Left and Right separately, or use Equal Margins
• Spacing: the horizontal and vertical gap between plates
• Number of Plates: the number that fit on each sheet is calculated for you from plate size, margins and spacing
• Toolpath Options: available if toolpaths exist for the master template. Checked, it calculates toolpaths for every plate. Unchecked, it only creates the vectors
• Mode: Layers is the classic mode, creating new layers for plates that do not fit. Sheets (new in 12.5) creates each set of plates on new sheets automatically, so you can make larger sets and use the multiple sheet options

Step 7: Import the Data File

Right side, data settings:

1. Click Import from file and choose your CSV or text file
2. Select the separator: Comma, Tab, Semicolon or Space
3. Check First row is column names if your file has a header row. The tool then starts with data from row 2
4. Select each variable name in the list and assign the data column it should use. Repeat for every variable
5. A variable can also be assigned to a Counter number, which you format and increment with the Number Format options (useful for consecutive room numbers)

Step 8: Generate the Plates

1. Check the option to create toolpaths for each plate if you want them calculated automatically
2. Click Calculate to create all the badges and their toolpaths
3. Click Close when finished
4. In Layers mode, if the batch needs more than one sheet, separate layers are created. Layer "Sheet 1" shows the badges on the first sheet, "Sheet 2" the second, and so on. You can show or hide them in the Layer Manager

Step 9: Review and Save

• Toggle the sheet layers on and off to review each sheet
• Toolpaths are named by sheet, for example S1 - Engrave Text, S1 - Cut Out, S2 - Engrave Text
• Save toolpaths for each sheet separately and cut sheet by sheet

Tip: save your file before you calculate a large batch, so you can go back if the result is not what you wanted.

Tips from Users

On toolpath efficiency for badge engraving:

Users report that the standard toolpath order can jump between badges, which is slow on a large batch. You can:

• Group the work by badge (all operations on one badge before moving to the next) if your controller supports it
• Run shallow engraving passes at a higher feed rate, within the limits of your tool and machine
• For very high volume badge production (thousands), dedicated engraving software may be faster. The software suits lower volumes with complex designs

On data formatting: if variable text does not appear correctly, check:

• The separator matches the file format (CSV = comma, TSV = tab)
• No extra spaces before or after column headers
• The variable names in the template match the fields you assigned, spelled exactly