HoleSnap MeshParametric pattern editor

Parametric vector patterns, ready for fabrication review.

Create adjustable perforated and vector patterns from precise parameters, templates, presets, and custom shapes. Preview the geometry live, check key design metrics, then export SVG, DXF, or STP.

Open Mesh Explore templates

No installation · Browser based · Try the editor before upgrading

HoleSnap MeshWorkspace preview
HoleSnap Mesh workspace showing a perforated vector pattern and parameter controls
EXAMPLE OUTPUT
Editable geometrySVG · DXF · STP
10
layout modes
Preview
open area + bridge estimates
3
export formats

Layout systems

Start precise. Then make it expressive.

Use regular arrays for repeatable fabrication, field layouts for visual movement, and boundary-aware modes when the edge of the part defines the pattern.

Explore layouts in Mesh
01Grid02Hex03Staggered04Along Bounds05Cross Line06Concentric07Polar Array08Spiral09Fibonacci10Scatter

Workflow + core controls

From panel dimensions to an editable export.

Mesh keeps the pattern connected to its inputs. Change one parameter and the canvas, estimates, and export geometry update together.

  1. 01

    Set the canvas

    Enter the real panel size, margins, background, and usable boundary in millimeters.

  2. 02

    Control the pattern

    Choose a shape and layout, then tune spacing, density, angle, gradients, and effects.

  3. 03

    Check and export

    Review hole count, open area, and bridge width, then export SVG, DXF, or STP.

Core controlsControl the pattern, not every single shape.
01Layout systems

Build regular arrays or expressive fields

Move from repeatable grids and hex patterns to concentric, polar, spiral, Fibonacci, and seeded scatter layouts.

02Shape control

Use standard or custom geometry

Start with circles, rectangles, polygons, diamonds, stars, rings, or a path you create and import in the Path Editor.

03Spatial variation

Shape the field with gradients

Vary size, angle, density, or shape with point, line, curve, repeat, mirror, and noise controls—without editing every item.

04Boundaries

Keep the pattern inside your part

Apply rectangular, circular, or custom boundaries, then hide or trim geometry at the edge of the usable area.

Example metrics

OPEN AREA37.6%

Illustrative value for the example pattern shown here.

MIN. BRIDGE4.2mm

Illustrative estimate before fabrication review.

Design preflight

See the tradeoffs while you edit.

The values shown here are illustrative. Inside Mesh, hole count, open area, and minimum bridge width respond to the current geometry, making it easier to compare density, open area, and remaining material before creating an export file for downstream review.

Open Area CalculatorBridge Width CheckerHole Spacing Calculator
Mesh provides design estimates, not material-strength certification. Verify the final geometry with your fabricator and downstream software. The related calculators above are standalone tools and do not read the current Mesh project.

Downstream application contexts

Where exported Mesh geometry can go next.

These examples are application contexts, not simulated or certified performance. Use Mesh to prepare and compare geometry before downstream engineering review.

Perforated panels example
01

Perforated panels

Set repeatable hole geometry, margins, spacing, and open area for sheet-metal and architectural panels.

Ventilation grilles example
02

Ventilation grilles

Compare open area, visual density, and bridge width for equipment covers, vents, and fan-grille concepts.

Decorative screens example
03

Decorative screens

Combine custom shapes, gradients, and boundary controls for façades, dividers, and interior screens.

Acoustic surfaces example
04

Acoustic surfaces

Explore controlled density variations as a visual starting point before acoustic engineering and material review.

Choose your starting point

Mesh is for parameter-led patterns.

HoleSnap's three applications share an export-focused workflow, but they begin with different source material.

PARAMETERS / TEMPLATES

HoleSnap Mesh

Precise arrays, custom shapes, gradients, boundaries, and engineering-oriented outputs.

Open Mesh
IMAGE / SVG / LOGO

HoleSnap Pattern

Turn an existing image or mark into an adjustable dot, halftone, or perforation pattern.

Open Pattern
GENERATOR / SEED

HoleSnap Flow Scene

Generate repeatable organic cells and flow-field geometry for expressive vector surfaces.

Open Flow Scene

Mesh FAQ

Before you start.

The short version of Mesh's inputs, outputs, checks, and product boundaries.

01What should I use HoleSnap Mesh for?

Use Mesh when your pattern starts from parameters, a template, a preset, or a custom path. It is designed for perforated panels, grilles, screens, laser-cut parts, CNC workflows, and repeated vector fields.

02What can I export from Mesh?

Mesh exports SVG for vector workflows, DXF for CAD and CAM handoff, and STP/STEP for surface or solid workflows. Export options and geometry limits vary by format.

03Does Mesh check whether a pattern is manufacturable?

Mesh reports live design estimates such as open area and minimum bridge width. These are useful preflight signals, but they are not material-strength certification. Always verify the final file with your fabricator and target software.

04Can I use my own shape?

Yes. The Path Editor can create or import editable custom geometry, which you can apply as a repeated shape or a custom boundary inside Mesh.

05How is Mesh different from Pattern and Flow Scene?

Mesh starts from precise parameters and reusable geometry. Pattern starts from an image, SVG, or logo. Flow Scene starts from organic Cell or Flow generators and a reproducible seed.

HoleSnap Mesh

Build the pattern. Keep every parameter.

Start in the browser, shape the geometry live, then export it for the next step in your vector, CAD, or fabrication workflow.

Start with Mesh
HoleSnap MeshOpen Mesh