Kerfloom

Radiator cover example

Open studio

A worked Kerfloom example

Design a laser-cut radiator cover.

Start with a 600 × 400 mm panel. Give it a 35 mm frame, a honeycomb opening pattern, and four mounting holes that stay aligned when you resize the design.

This is a digital design example, not a tested installation. Check your radiator’s clearances, airflow needs, material, mounting method, and local safety guidance before cutting or fitting a cover.

Open Studio

In Studio, choose Radiator cover from the starter designs.

Digital Kerfloom preview of a rectangular honeycomb radiator-cover panel with a broad border and four corner mounting holes
Generated from the Radiator cover starter. Blue lines show preview geometry; this image is not a laser cut file.

The starting setup

These values are editable. They are an example to adapt to your measured opening—not recommended dimensions for every radiator.

Panel
600 × 400 mm · rectangle
Pattern
Honeycomb · 40 mm cells
Frame
35 mm border · 2 mm web setting
Fixing points
Four 5 mm holes · 18 mm from each adjacent edge

Make it fit your opening

  1. Measure the space

    Record the finished panel size and where the fixings can go. Account for the frame, wall or cabinet opening, and any required clearance around the radiator.

  2. Choose the Radiator cover starter

    Open Studio and select Radiator cover. Change the panel dimensions, honeycomb spacing, and border. The pattern regenerates from those parameters.

  3. Place the mounting holes

    The starter has four linked, edge-anchored holes. Adjust the layout as a group, then confirm each hole lands on usable material with enough space to the edge.

  4. Review, then export

    Choose a material profile and review Kerfloom’s cut-safety findings. Resolve any errors, inspect warnings, and export SVG or DXF for your laser software. Save the project if you expect to make another size.

What the checks do—and don’t—tell you

Kerfloom checks the generated geometry against its material-profile settings, including narrow webs, hole size, cut spacing, overlap, and connectivity. A passing digital check does not certify heat resistance, airflow, mounting strength, clearances, or suitability for a particular radiator. Use material and installation guidance for the real object, and test a sample before production.

Try the editable starter in Studio →

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