Description
This article will explain how to identify the model of your machine’s components and adjust its parameter settings to ensure proper operation.
Step 1 - Confirm the Field Lens Model
⚠︎ Models above 60W need to use a quartz field lens to avoid damage.
| Product Name | Default Working Area Size | Material | Field Lens Model Number | Focus Distance |
| Desktop D20 | 220 x 220 | Glass | JG-SL-1064-330-220B-10 | 343mm |
| F-Theta lens SL-1064-220-F330 | 352mm | |||
| Desktop D30 | 220 x 220 | Glass | JG-SL-1064-330-220B-10 | 343mm |
| F-Theta lens SL-1064-220-F330 | 352mm | |||
| Desktop D50 | 220 x 220 | Glass | JG-SL-1064-330-220B-10 | 343mm |
| F-Theta lens SL-1064-220-F330 | 352mm | |||
| MOPA M20 | 110 x 110 | Glass | JG-SL-1064-163-110B-10 | 168mm |
| F-Theta lens SL-1064-110-F163 | 177mm | |||
| MOPA M60 | 220 x 220 | Quartz | F-Theta lins f=330mm λ=1030-1080nm C Fused Silica | 383mm |
| YL-(1030-1080)-220-F330-FS10-C | 383mm | |||
| MOPA M100 | 220 x 220 | Quartz | F-Theta lins f=330mm λ=1030-1080nm C Fused Silica | 383mm |
| YL-(1030-1080)-220-F330-FS10-C | 383mm | |||
| Optional | 110 x 110 | Quartz | YD-1064-110-F160-D10QB | 192mm |
| Optional | 150 x 150 | Glass | JG-SL-1064-210-150B-10 | 220mm |
| F-Theta YD-1064-150-F210-D10S | 229mm | |||
| Optional | 150 x 150 | Quartz | YL-(1030-1080)-150-F210-FS10-C | 266mm |
Please refer to the data above and compare it with the number shown in the photos below to confirm the model of the field lens installed in your machine.
Step 2 - Check the Focus Distance and Working Area Size
| Product Name | Default Working Area Size | Material | Field Lens Model Number | Focus Distance |
| Desktop D20 | 220 x 220 | Glass | JG-SL-1064-330-220B-10 | 343mm |
| F-Theta lens SL-1064-220-F330 | 352mm | |||
| Desktop D30 | 220 x 220 | Glass | JG-SL-1064-330-220B-10 | 343mm |
| F-Theta lens SL-1064-220-F330 | 352mm | |||
| Desktop D50 | 220 x 220 | Glass | JG-SL-1064-330-220B-10 | 343mm |
| F-Theta lens SL-1064-220-F330 | 352mm | |||
| MOPA M20 | 110 x 110 | Glass | JG-SL-1064-163-110B-10 | 168mm |
| F-Theta lens SL-1064-110-F163 | 177mm | |||
| MOPA M60 | 220 x 220 | Quartz | F-Theta lins f=330mm λ=1030-1080nm C Fused Silica | 383mm |
| YL-(1030-1080)-220-F330-FS10-C | 383mm | |||
| MOPA M100 | 220 x 220 | Quartz | F-Theta lins f=330mm λ=1030-1080nm C Fused Silica | 383mm |
| YL-(1030-1080)-220-F330-FS10-C | 383mm | |||
| Optional | 110 x 110 | Quartz | YD-1064-110-F160-D10QB | 192mm |
| Optional | 150 x 150 | Glass | JG-SL-1064-210-150B-10 | 220mm |
| F-Theta YD-1064-150-F210-D10S | 229mm | |||
| Optional | 150 x 150 | Quartz | YL-(1030-1080)-150-F210-FS10-C | 266mm |
Using the example in the image below, the lens model is JG-SL-1064-330-220B-10, and its focus distance should be 343mm.
Check whether the working area dimensions in the document settings match the information provided above.
Step 3 - Check the Red Dots
After confirming the distance, the two red dots should be combined. If not, please adjust the position of the red dots to combine them into one dot.
⚠︎ Notice: There will be an additional larger red dot for desktop models. Please ensure it does not overlap with the two smaller red dots used for focus confirmation.
If the two red dots on your machine are not aligned. Please loose one of the screws on the red dot emitter to adjust the red dot position and make them combined. Then screw it back to fix the red dot emitter.
ⓘ Adjustment Tip:
When aligning the two red dots, it is recommended that the movable red dot be positioned slightly to the lower left of the fixed red dot.
This precaution accounts for the slight displacement that may occur when tightening the fixing screws.
If needed, you can use a tool to gently tap the red dot emitter, ensuring the two dots align perfectly.
Step 4 - Check Machine Settings
Select the machine settings on the toolbar of Beam Studio by "Machine > Promark(your machine's name) > Machine Settings." Confirming whether the parameter is the same as your QC Pass Card.
Step 5 - Mark Out Working Area
After verifying that the parameters match the QC Pass Card, click the “Mark” button to draw the working area.
Step 6 - Check the Mark Result
Ensure that the four corners of the mark are intact and without any damage or defects.
Step 6-1 - Adjust Field Settings
(You may skip this step if the mark has all four corners intact and complete.)
If defects are in the corner, the parameter value must be adjusted.
Please refer to the information below to modify.
This part will need to adjust the "Field."
Please refer to the information below to reset the parameters.
Example:
According to this result, the upper left corner is defective.
The working area should be slightly shifted to the lower right. This means the value of “Offset X” needs to be decreased while the value of “Offset Y” needs to be increased.
Step 7 - Check the Working Area Mark Shape
If the engraved working area shape has deformations, please refer to the information below for adjustments.
ⓘ Deformation parameters show minimal changes beyond the range of 0.8 to 1.2. Please adjust within this range to find the most suitable values.
Step 8 - Check the Preview Function
After engraving the correct working area size, click the preview to confirm whether the framing red light aligns with the engraved mark.
Step 8-1 - Adjust the Preview Offset
If the red light framing position deviates from the engraving result, as shown in the example below, please refer to the following methods for adjustment.
Example:
According to the result above, the preview is diverted slightly to the lower right.
This means the value of “Offset X” needs to be increased while the value of “Offset Y” needs to be decreased.
Step 9 - Confirm the Adjustment Result
Create and engrave a square in Beam Studio. Activate the preview red light to ensure the framing red light matches the engraved mark.
#END
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