Epilog Laser Zing 24 Quick Start Manual Download Page 7

ZING 24 ALIGNMENT

5. Open an illustrating program and cre-

ate a new file with the same dimensions 

of the Zing 24 bed- 24” x 12”.

•  Create a 1/2” x 1/2” vector square and 

place it 1” - 2” from the left side of the 

page and 1” - 2” from the top of the 

page.

• 

•  Change the job settings to 10% speed 

and 10% power and ensure that the 

piece size in the driver matches the 

page size of your file.

NOTE: If using the Epilog Software Suite, 

the file will import with the correct dimen-

sions and there is no need to verify the 

piece size.

6. Send the job to the engraver

              LASER RADIATION HAZARD

  

 SAFETY GLASSES

7. While keeping one hand on the lid, 

press the GO button on the Zing keypad 

to begin the job. Pay attention to the 

piece of tape on the alignment target 

and as soon as a burn mark appears lift 

the engraver lid to disable the laser.

NOTE: The laser will only fire if the engrav-

er lid is closed. 

8. Press the STOP button on the Zing key-

pad once so that the job pauses but the 

carriage remains in the upper lefthand 

corner (position #2).Depending on where 

the carriage is when pressing STOP, it 

may continue moving for a short dis-

tance.

9. Press the POINTER button on the Zing 

keypad to turn on the red dot diode.

10. Inspect the location where the red 

dot diode shows on the alignment target 

relative to the burn mark. If they are not 

located at the same point on the align-

ment target, use the adjustment screws 

on the red dot diode to align the red dot 

diode to the center of the burn mark.

NOTE: At this point in position #2, the burn 

mark may appear off center of the align-

ment target- this is expected. This step 

is intended to join the red dot diode and 

CO2 laser so that they may take the same 

path to impact the alignment target at a 

similar location. 

12. Use the adjustment screws on mir-

ror #2 to move the red dot diode to the 

center of the alignment target. Since the 

red dot diode and CO2 laser paths are 

now joined, adjusting mirror #2 will adjust 

them both.

13. Once the red dot diode is aligned over 

the center of the alignment target,  ap-

ply a dab of super glue or another similar 

adhesive to each adjustment screw head 

on mirror #2, letting it also drip down 

to the adjustment screw plate, thereby 

helping to “lock in” the alignment.

Adjusting Position/Mirror #3

1. Locate mirror #3 located on the left side 

of the gantry:

Summary of Contents for Zing 24

Page 1: ...tech epiloglaser com www epiloglaser com 303 215 9171 Aligning the CO2 Laser Zing 24 05 24 2022 ...

Page 2: ...ecautions that may result in damage to your engraving system or a risk to your personal safety Read and follow them carefully LASER RADIATION HAZARD This symbol indicates a possible laser radiation haz ard which of not avoided or proper safe ty precautions are not taken may result in minor injury permanent eye damage or damage to the engraving system SAFETY GLASSES This symbol indicates a direct h...

Page 3: ...the machine Throughout this procedure the mirrors will be referenced by number as seen below Mirror Locations 1 2 3 Red Dot Diode Location Compared to Other Models The Zing 24 alignment procedure is unique to this specific model as the op tics within the laser tube are much dif ferent than other Epilog Laser engraver models Attempting to utilize other align ment instructions not intended for the Z...

Page 4: ...ears lift the engraver lid to disable the laser NOTE The laser will only fire if the engrav er lid is closed 7 Press the STOP button on the Zing key pad once so the job pauses but the car riage remains in the lower lefthand cor ner position 1 Depending on where the carriage is when pressing STOP it may continue moving for a short distance 8 Observe the burn mark If the burn is in the center of bul...

Page 5: ...t diode location will move twice as far as the CO2 laser location For example if the burn mark generat ed during the Pre Aligment Procedure is 1 8 away from the center of the alignment target use the adjustment screws on mirror 1 to move the loca tion of the red dot diode by 1 16 in the appropriate direction LASER RADIATION HAZARD SAFETY GLASSES 5 After making any neccessary adjust ments using the...

Page 6: ...ols are shown below 3 Locate the red dot diode at the front of the laser tube shown below 4 Adjustments of the red dot diode are made using the three 3 3 32 allen head screws each of which move the red dot in a different direction on the target The movement each screw controls are shown below NOTE Small adjustments can make a big difference in laser location To avoid loss of the laser and red dot ...

Page 7: ...hen pressing STOP it may continue moving for a short dis tance 9 Press the POINTER button on the Zing keypad to turn on the red dot diode 10 Inspect the location where the red dot diode shows on the alignment target relative to the burn mark If they are not located at the same point on the align ment target use the adjustment screws on the red dot diode to align the red dot diode to the center of ...

Page 8: ...target Since the red dot diode and CO2 laser paths are now joined adjusting mirror 3 will adjust them both 4 Once the red dot diode is aligned over the center of the alignment target ap ply a dab of super glue or another sim ilar adhesive to each adjustment screw head letting it also drip down to the adjustment screw plate thereby helping to lock in the alignment 5 Press the POINTER button on the ...

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