1 / 3
Creality Falcon 10W Laser Crosshair/Pointer Holder — image 1
1 / 3

Creality Falcon 10W Laser Crosshair/Pointer Holder

Order a print of this model

We calculate the final price from your selected file. You review and accept it before payment.

Saved on this device.

A laser crosshair pointer for the Creality Falcon 10W

Rating
5 / 5
Likes
5
Downloads
40
Makes
0
Views
223
Reviews
1

Updated at source:

Model information

License
Creative Commons — Attribution — Noncommercial — Share Alike

A Laser Level Holder for a Creality Falcon 10W.

This design is based off of remixing https://www.printables.com/model/977794-creality-falcon-2-laser-crosshairpointer-holder with a crossbar that fits a 33mm diameter laser (such as the Creality Falcon 10W).

The crossbar is intended to reuse the Creality laser's M3 screws and have space for a CR2032 battery holder to power the laser.

The OpenSCAD files are provided should you wish to attempt remixing it for other lasers.

This was written with the assistance of Copilot.

Versions

I have uploaded 2 Versions:

  1. LaserLevelHolderv2

    1. This was an early version of this which has the laser perpendicular to the laser assembly.

  2. LaserLevelHolderv2.1

    1. This is the final version which I ended up with which puts the laser at a neat 45 Degree Angle and tighten up the connection point.

Parts List

  1. Cross Laser - https://www.amazon.com/dp/B091YNJMR5

  2. CR2032 Battery Holder with On/Off Switch - https://www.amazon.com/dp/B09KTVG1Y5

  3. 2x M3 x 12 Socket Head cap Screws

  4. 2x M3 Screw Bolts

  5. (Optional) JST Servo Plug and Crimper - https://www.amazon.com/dp/B0BGX7157Y

Assembly

Assembly is super straight forward:

  1. 3D Print the part "upside down" with supports.

  2. Connect the CR2032 battery holder to the Cross Laser.

    1. For a flexible install utilize a JST Servo Plug instead of soldering the parts together. The laser being used can support between 3-5V meaning a button cell works great, but you could also connect a AA Battery Bank, or even splice a USB Cable and pull directly from the 5V line.

  3. Hot glue the button cell to the crossbar.

  4. Insert the M3 bolts and screws lightly.

  5. Insert the laser and tighten the screws.

  6. Carefully remove the front top screws from the laser

  7. Insert the Laser Level assembly and re-insert the front top screws.

    1. The crossbar is intentionally counter sunk to allow us to reuse the existing screws.

Tuning the Laser

  1. Open Lightburn and connect to your machine

  2. Go to Edit → Device Settings. Under Basic Settings, there is a group called Laser Offset.

  3. Enable pointer offset, and enter your offset values.

Tags