EZCAD Test Card Export for Fiber & MOPA Lasers
Build a free EZCAD test card with DXF geometry and a per-pen parameter CSV. Compare two laser settings for fiber or MOPA galvo markers in EZCAD2 or EZCAD3.
What is in the EZCAD test card export?
- DXF geometry where every test cell sits on its own numbered pen layer, PEN_00 through PEN_29.
- A companion CSV listing speed, power, frequency, pulse width, passes, interval and Z offset per pen.
- A free sample test card download that needs no account, built by the same writer the MOPA Predictor ships.
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Open EZCAD Test Card Export for Fiber & MOPA Lasers — Free to Start See Real Results →
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Frequently Asked Questions
Why does EZCAD need a different file than LightBurn?
EZCAD2 and EZCAD3 do not read SVG or LightBurn .lbrn2 files. They read DXF for vector work. Reticle Red writes the DXF plus a parameter CSV, because EZCAD has no way to carry per-layer speed and power inside the DXF itself.
What do I do with the CSV?
It maps one row to one pen. Import the DXF, then set each pen in EZCAD's parameter panel to match its row — speed, power, frequency, pulse width, passes, interval and Z offset are all listed.
Does the sample download require an account?
No. The sample test card is free with no account and no credit card, and it is produced by the same exporter used inside the MOPA Predictor.
Which machines is this for?
Fiber and MOPA galvo markers running the stock EZCAD software — EZCAD2, or EZCAD3/LMC on newer boards. If your machine runs LightBurn instead, use the free LightBurn test grid generator.
Are the sample values safe to run in production?
No. They are deliberately broad starting points for a scrap test. Read the cell that looks right on your material, then use that row as your starting recipe and validate before a production run.
How do I choose what to sweep?
Start with speed across and power down at a fixed frequency and pulse width, pick the lowest-energy cell that gives the finish you want, then run a second card that sweeps frequency against pulse width around it. The fiber and galvo settings guide explains how each setting changes energy per area and pulse spacing, with worked numbers for stainless and anodized aluminum.
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