Skip to content
  • Editor
  • tools
    • Perforated Panel Designer
    • Image to Hole Pattern
    • SVG to DXF Converter
  • Blog
  • Support

Workspace

1
  • Workspace Overview: Top Bar, Sidebar, and Canvas

Templates

1
  • Use Templates to Start a Perforated Panel Design

Projects

1
  • Save and Reopen a HoleSnap Project

Canvas and Preview

2
  • How to Set Panel Size in Millimeters
  • Canvas and Preview

Hole Shape and Style

1
  • Choose a Hole Shape for Your Perforated Panel

Layout Settings

2
  • Layout Settings Overview
  • Grid Array| Create Perforated Patterns with Grid Array in HoleSnap

Getting Started

4
  • Key Editor Terms
  • Basic Perforated Panel Workflow
  • Editor Workspace Overview
  • Getting Started with HoleSnap

Gradient and Variation

7
  • Perturbation and Displacement Effects
  • Size Noise and Pattern Rules
  • Rotation and Shape Gradients
  • Density Gradient Guide
  • Gradient Control Points and Lines
  • Create a Size Gradient Pattern
  • Gradient and Variation Overview

Tools

1
  • Tools |Convert SVG to DXF
View Categories
  • Home
  • Support
  • Getting Started
  • Getting Started with HoleSnap

Getting Started with HoleSnap

1 min read

HoleSnap is an online editor for creating perforated panel patterns and exporting them as production-friendly files. You can set a panel size, choose hole shapes, control spacing and layout, preview open area, and export files such as SVG, DXF, PNG, or STP/STEP.

Use this guide as the starting point for the main editor.

What You Can Create #

HoleSnap is designed for flat perforated designs such as:

  • Perforated sheets
  • Ventilation panels
  • Speaker grilles
  • Fan guards
  • Decorative metal screens
  • Filter plates
  • Product enclosure panels
  • Custom mesh-like patterns

The editor is most useful when you need many repeated holes and do not want to draw each hole manually in CAD.

The Basic Idea #

Most HoleSnap designs follow the same structure:

  1. Set the panel size.
  2. Choose the hole shape.
  3. Choose the layout pattern.
  4. Adjust spacing, size, and density.
  5. Add a boundary if the panel is not a simple rectangle.
  6. Check hole count, open area, and bridge width.
  7. Export the file.

You can start simple, then add advanced controls such as gradients, random variation, displacement, custom shapes, or custom boundaries.

What to Prepare Before Designing #

Before opening the editor, it helps to know:

  • Panel width and height
  • Preferred unit, usually millimeters
  • Hole shape, such as round, slot, rectangle, diamond, or custom
  • Hole size
  • Approximate spacing or target open area
  • Material thickness
  • Minimum bridge width required by your fabrication method
  • Export format required by your workflow

If you do not know all of these yet, start with a simple round-hole pattern and refine it after checking the preview.

Recommended First Design #

For your first HoleSnap file, use a simple and easy-to-check setup:

  • Rectangular canvas
  • Round holes
  • Regular or staggered layout
  • Moderate spacing
  • No gradient or displacement
  • DXF export

This gives you a clean baseline file that is easy to verify in CAD/CAM software.

When to Use Advanced Features #

Use advanced features after the basic pattern is correct.

Use gradients when the hole size, angle, shape, or density should change across the panel.

Use boundaries when the holes should follow a circle, rounded rectangle, imported outline, or custom shape.

Use displacement or perturbation when the pattern needs a wave, twist, swirl, or controlled randomness.

Use custom shapes when standard holes are not enough for the visual or functional result you need.

Export Expectations #

HoleSnap can export files for different workflows:

  • SVG for vector editing, previews, and some laser workflows.
  • DXF for CAD/CAM, laser cutting, CNC punching, and waterjet workflows.
  • PNG for documentation or sharing.
  • STP/STEP for 3D CAD handoff.

Always verify exported files in your target software before production. Check scale, units, board outline, hole geometry, and minimum bridge width.

Open the Export panel to choose the file format. Start with SVG for a lightweight vector preview, DXF for CAD/CAM workflows, or STP/STEP when you need a 3D CAD handoff.

Updated on May 1, 2026

What are your Feelings

  • Happy
  • Normal
  • Sad

Share This Article :

  • Facebook
  • X
  • LinkedIn
  • Pinterest
Editor Workspace OverviewKey Editor Terms

Powered by BetterDocs

Table of Contents
  • What You Can Create
  • The Basic Idea
  • What to Prepare Before Designing
  • Recommended First Design
  • When to Use Advanced Features
  • Export Expectations

Create Cleaner Perforated Panel Files

Use HoleSnap to generate accurate perforated panel DXF files online, then come back here whenever you need design guidance, fabrication tips, or answers.

© 2026 Bruno Guevara All Rights Reserved

Pinterest
  • English
  • 简体中文