Os orifícios no material das placas laterais são úteis para o trabalho que especificou. É possível ajustar as distâncias entre os rolos, instalando as peças de suporte em locais diferentes.
Looks good. In my case I don't think it is possible as my laser Jinsuko rotary is proprietary as it ties into the control board via a USB C connector and requires special firmware.
How long did the super glue hold? Unless I am looking at this video wrong but at about 1:32 that looks like a drill bit, not a tap. Am I looking at it wrong?
There is a piece that joins the two parts, so super glue works. The belt is not too tight. By the way, what you see is not a drill bit. That's a metric 6 tap.
Check out video next : ruclips.net/video/aqGbWVvuIdQ/видео.html
This lecture is very well sir
Muito bom ! Vou tentar fazer !!! Ficaria perfeito se pudesse regular o espaço entre os cilindros que apoiam o material.
Os orifícios no material das placas laterais são úteis para o trabalho que especificou. É possível ajustar as distâncias entre os rolos, instalando as peças de suporte em locais diferentes.
This tutorial is very nice sir
Looks good. In my case I don't think it is possible as my laser Jinsuko rotary is proprietary as it ties into the control board via a USB C connector and requires special firmware.
good job
How long did the super glue hold? Unless I am looking at this video wrong but at about 1:32 that looks like a drill bit, not a tap. Am I looking at it wrong?
There is a piece that joins the two parts, so super glue works. The belt is not too tight. By the way, what you see is not a drill bit. That's a metric 6 tap.
That is a spiral M6 tap.
Nice but I can not find any 20x20x210 mm sigma profile please help me
I used cut profiles, but if you do not have this possibility, you can also use a 200 mm long profile. Only the size will be slightly shorter.