(xTool Studio) Test Processing Parameters for Your Fast-engrave Screens
Updated Mar 10,2026
Updated Mar 10,2026

xTool Studio provides recommended processing settings for most xTool devices to engrave the fast-engrave screens.

Unlike other materials, you need to set the processing parameters for the screens with caution to ensure that the coating (photosensitive emulsion) in the processed area is removed while the screen wires are not burnt out.

The recommended settings, however, are tested in labs and may not perform optimally due to laser power attenuation or other device differences. Therefore, you are advised to test processing settings in the test screen to find out the best settings for your device before creating your works.

The testing steps are as follows:

For xTool P2 and P2S

Method

(1) Download the following file and open it on xTool Studio. You can refer to Test array for xTool P2 and P2S.

Note: This file is made in xTool Studio V2.3. If your xTool Studio is an earlier or later version, the file may not work properly.

(2) Start processing.

Method 2

(1) Download the following file and open it on xTool Studio, refer to Test array image for xTool P2 and P2S

(2) Select the object and click Ungroup on the top bar.

(3) Set Power and Lines per cm according to the values indicated in the object.

(4) Start processing.

For other xTool devices

1. Download the test file and open it in xTool Studio

The test file is as follows: Screen test

2. Configure processing settings

(1) Click the object and set the processing type to Engrave.

(2) Set the Lines per cm by referring to the following table.

  • For fast-engrave screens with 100 and 200 meshes

Model

Lines per cm
(100 meshes)

Lines per cm
(200 meshes)

Series

Laser power

D1 Pro

5

200

200

10

180

180

20

160

180

40

100

140

F1

10

300

300

F1 Ultra

20

220

300

M1

5

200

120

10

120

140

M1 Ultra

10

180

160

20

140

160

S1

10

180

180

20

160

200

40

120

180

(3) Select the object and choose Applications > Material test array.

(4) Set the array parameters for your device by referring to the following table.

  • For fast-engrave screens with 100 meshes

Model

Power setting for the array

Speed setting for the array

Series

Laser power

Max. (%)

Min. (%)

Max. (mm/s)

Min. (mm/s)

D1 Pro

5

40

20

210

190

10

25

5

260

240

20

25

5

290

210

40

30

10

410

390

F1

10

40

20

910

890

F1 Ultra

20

35

15

1510

1490

M1

5

40

20

210

190

10

27

7

260

240

M1 Ultra

10

25

5

260

240

20

22

2

410

390

S1

10

30

10

260

240

20

30

10

510

490

40

35

15

510

490

  • For fast-engrave screens with 200 meshes

Model

Power setting for the array

Speed setting for the array

Series

Laser power

Max. (%)

Min. (%)

Max. (mm/s)

Min. (mm/s)

D1 Pro

5

40

20

210

190

10

25

5

260

240

20

30

10

310

290

40

25

5

310

290

F1

10

50

30

2100

1990

F1 Ultra

20

30

10

1110

990

M1

5

50

30

210

190

10

30

10

260

240

M1 Ultra

10

25

5

410

390

20

30

10

410

390

S1

10

35

15

410

390

20

40

20

410

390

40

30

10

510

490

After testing

After processing the test screen with the recommended test array, check whether any screen wires are burnt. If the parameter settings helps to remove the coating properly while no wire is burnt out, you can use it as the optimal setting for your screen processing.

❌Wires burnt out

❌Coating not properly removed

✅ Coating properly removed while no polyester wire burnt out

The test results are for reference only. You can observe your processed screen area as follows:

  1. Observe the processed screen area under light.
  2. Use a mobile phone or camera to take a photo of the processed area at 5×–10× zoom for inspection.

If multiple settings are suitable for your device, a higher lines-per-cm value produces clearer results. Because the higher the lines per cm, the clearer the processing result and the better coating removing result.

Note: After deciding the best settings, center the object as much as possible in xTool Studio. If the object is close to the edges, he processing quality may decrease and the screen may be worn out due to tension issues.

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