Slider Révopoint POP or Créality CR-Scan 01
by MoussArena in Workshop > 3D Printing
2298 Views, 11 Favorites, 0 Comments
Slider Révopoint POP or Créality CR-Scan 01
In order to have better stability with the Révopoint POP scanner (especially on whole character scans) I decided to make this Slider.
It consists of 3D printed parts, electronics here from an Arduino Uno + CNC Shield V3 + DRV8825 Drivers. You can use a CNC Shield V4, but here we will talk about the Arduino Uno
I do not know how to make a good tutorial, please excuse me, so I try to explain here as best as possible if you have any questions, please leave comments on the Youtube video or here.
The video and the Steps show you how I proceeded to achieve my project, watch each step to complete this project :-).
Supplies
Pieces to Print
First the parts to be printed, here you will find the parts and the quantity for each part to be printed, I will add a pinion to you in case you make a turntable.
For my part, I use a CR10-S5, with the Simplify3D software. your print settings may be different!
CAUTION: The temperature of my heating plate is at 0 because it is an external system, adjust your plate temperature as you normally do.
(PARTS-V1 FIXED POP)
bracket_pop.stl (x1)
plate_1.stl (x1)
plate_2.stl (x1)
bracket_vslot.stl (x2)
PIGNON.stl (x1)
(PARTS-V2 45° SWIVEL POP WITH AN MG996R) Watch the video
(PARTS-V3 SWIVEL POP +45°/-45° FULL NEMA 17) Watch the video
Print Settings
The link below will take you directly into the video to the print settings step.
For my part, I use a CR10-S5, with the Simplify3D software. your print settings may be different!
CAUTION: The temperature of my heating plate is at 0 because it is an external system, adjust your plate temperature as you normally do.
Electronic
To operate this slider you will need an Arduino Uno + CNC Shield v3 + DRV8825 Drivers.
There are other control cards, I had planned to put a CNC Shield V4 but it was faulty ...
You can also add an HC06 bluetooth module to control the slider by Smartphone for that I let you do the research :-).
the link below will show you the necessary electronics.
Electronic Assembly
For the assembly of electronics,
Pay special attention to the jumper (see table in the video)
Also pay attention to the position (direction) of the driver DRV8825, it is necessary that the markings (EN) correspond imperatively.
The link below will take you directly to the assembly.
Install GRBL
GRBL and Upload
For this step I put you in link on a great tutorial of (Create For Curiosity)
Connection Diagram
1: FIXED head mode
2: MG996R 45° head mode
3: Full Nema 17 head mode +45°/-45°
Electronic Box
For my box I found a simple and quick solution (an old box of screwdrivers) I added connectors to be able to disassemble it quickly.
GRBL Parameter
Here I show you my GRBL settings? these are the ones that suit me, maybe you will want to change them but already try with this.
TURNTABLE
It is a chainring that I bought on Amazone, at the base it was remote control, it supports 100Kg, but I removed the electronics to keep only the motor (50BYJ46-1) and the base of the chainring, the 50BYJ46-1 can be replaced by a Nema 17.
Software
To order the slider I use:
These are Free software
See how to generate the Gcode and create a Macro
Gcode Generators
Gcode generators allow you to easily create GCODE without having to enter each line manually, there are two methods (vertical scan or horizontal scan)
it will surely be improved, if you improve it please share :-).
See the video
Results
Here is a human scan without retouching, made with the slider scanner, without loss of tracking, I have not made specific adjustments, can most certainly be improved.