This tutorial applies to the adaptation and calibration of the 5W UV Laser Module (ultraviolet) and the UV Internal Engraving F-theta Lens (purple)
Please prepare the following items and materials in advance before calibration begins
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The device is powered on, and the 5W UV laser module (ultraviolet) and the UV Internal Engraving F-theta Lens (purple) have been correctly installed.
If there is a mismatch or the laser module needs to be replaced, please first check the tutorial for replacing the laser module: https://youtu.be/-ZZXBVmFkyU
Ensure that the device firmware has been upgraded to the latest version (V1.1.29 or higher)
Please turn off the air purifier during the calibration process to avoid strong wind interfering with the position shift of the calibration card.
UV Internal Engraving F-theta Lens (purple) is only suitable for UV laser module (ultraviolet), and it is strictly prohibited to mix it with the IR & Diode laser Universal F-theta Lens (black)! Using a mismatched F-theta Lens will cause damage to the F-theta Lens.
During the calibration process, the laser is invisible ultraviolet light. Please be sure to wear protective glasses.
Do not start calibration with the cover open to avoid burns.
Laser Module Calibration → Auto Focus Calibration (Recommended, Skippable) → F-theta Lens Calibration

Please use the interactive screen for calibration.

Quick Troubleshooting Guide for Falcon T1 Series Fault Codes

(1) Click the "Settings" tab
(2) Click the "Calibration" tab
(3) Click "Start Calibration"


(4) Confirm to turn off the safety protection, then click "Next"
(5) Double-check and click "Next"

(6) Install the Calibration Stand , ensuring that the stand is firmly fixed and correctly positioned.

(7) Close the protective cover
(8) Click "Next"

(9) Waiting for device preparation

(10) Wait for the preview frame to appear, then open the protective cover
(11) Place the flat new anodized aluminum oxide (Laser Module Calibration Card) on the stand, ensuring that the preview frame appears completely within the card and the corresponding edges are parallel and aligned.
(12) Close the protective shield
(13) Click "Next"

(14) Waiting for device calibration

(15) Calibration completed, click "OK", open the protective cover, and remove the anodized aluminum oxide (Laser Module Calibration Card)

(1) Click the "Settings" tab
(2) Click the "Calibration" tab
(3) Click "Start Calibration"

(4) Empty the device baseplate and ensure it is clean and free of debris
(5) Close the protective cover
(6) Click "Next"

(7) Waiting for device calibration

(8) Calibration completed, click "OK"

(9) Return to the "Workbench" to verify the calibration effect
(10) Click "Auto Focus" and wait for auto focus to complete
(11) Click "Manually Adjust Z Axis"

(12) Observe whether the value of "current reference machining height" is less than or equal to 0.5mm. During subsequent machining, the equipment will automatically focus according to the material thickness to complete the adaptation of the focal length.

(1) Click the "Settings" tab
(2) Click the "Calibration" tab
(3) Click "Start Calibration"

(4) Install the Calibration Stand , ensuring that the support is firmly fixed and correctly positioned.

(5) Place the flat new laser engraving photo paper (F-Theta Lens Calibration Card) on the bracket
(6) Close the protective cover
(7) Click "Next"

(8) Waiting for device calibration

(9) Open the protective cover and take out the laser engraving photo paper (F-Theta Lens Calibration Card)
(10) Close the protective cover
(11) Click "Next"

(12) Waiting for device calibration

(13) Open the protective cover
(14) Place the laser engraving photo paper (F-Theta Lens Calibration Card) unengraved back side on the empty stand
(15) Close the protective cover
(16) Click "Next"

(17) Waiting for device calibration

(18) Calibration completed. Click "OK", open the protective cover, and remove the laser engraving photo paper (F-Theta Lens Calibration Card)
Now your UV Laser Module + UV Internal Engraving F-theta Lens (purple) has completed all calibrations and can be safely and accurately put into production use.
