Видео

How to make one of those?

Give me your entire stock

Hello. What is this Heatbreak from?

Thank you for this...I am brand new to 3D printing, so much so that my first ever printer (Mingda Magician x) is still en-route and has yet to be delivered. Your demonstration and explanation is clear, and I appreciate the extra explanations regarding 'why' certain steps were done in the way you suggest. Thank you!! 👍

where did you get the sketch (firmware ) as im looking for this firmware

Nice video! Thank you! There seems to be a piece of PTFE tube in the heatbreak. In that case it is not all metal.

je rajoute un commentaire pour les francophones : Il faut que la buse soit décalée sous le corps de chauffe et c'est le heatbreak qu'on vient visser ensuite en le mettant au contact de la buse. Quand on a remonté le tout sur la machine, on met en chauffe puis on vient serrer la buse pour que l'étanchéité soit bien faite avec le heatbreak.

Thanks for sharing !! Great installation tips !

How did you do the blade and make it light up with the 3d printed hilt?

Good afternoon, how can I compensate the distance of the laser with that of the spindle?

Amazing! What control software are you using? Lightburn? I'm trying to add a diode module onto my AVID CNC, but I'm having trouble finding info on how to control it using Mach4.

How did you make it have 0 delay? What hardware or settings are you using?

My cat would definitely look behind the screen....

thanks for you'r video ;-) can you explain me how to configure mach4 for lasering ? thanks

Why did the saber have a spazem

Cool :)

Cool, you are number 1

Hey can you make A video how Did u install That thingy please

Great job!

No sweat. That’ll buff right out

"My Assistant" HAHA!!

Freakin Lazers man!

What kind of motors are you using in this CNC?

release the code please

please post more information and code.

So many things wrong here. Everyone is afraid of electronics and water.. Fear is what's stopping this from being truly amazing. You can add electronics to water in a very safe manner. One example: You have the option of adding a cell battery with a micro controller and sensor (in a plastic housing) that hangs over the bathtub. One MCU (microcontroller) example is the Atemga 328P (Arduino MCU) which consumes somewhere around 0.2mA (milliamps) or 0.0002 amperes at 1.8V, which is TINY. It's about 200 times less than what's in each of those triple A batteries (200mAh at 1.2V). In other words; 600 times less energy than what's in the duck. Oh, and it only costs about $2 for the MCU. You could put a gold fish in the water and have it hit the raw power coming directly from the cell battery and it would probably giggle. It's not enough to do ANYTHING. The added MCU and water sensor could do a couple of things: Save water: A timer that shuts the water off if it doesn't reach the desired level within a specific amount of time. This can be because of a leak in the drain, or something went wrong or otherwise. Save water / perfect water level: Only fill the tub to a desired water level. Add another $3 to add wifi to the Atmega with the Esp8266 serial module. Of course, you'll need to up the battery consumption to that of a triple A battery (around 200mA) when in use, otherwise uses microamps (less than milliamps) in standby mode.

exactly what I have been looking for to avoid $400 a window. and looks great with the moulding

Couldn't find anything on your facebook about this. Which OD motor did you use? Which ikea blind? (TUPPLUR?) Also, what'd you use for the gutters/sides? I'm planning my own version (albeit wired), looks great.

a pull-chain type plug attached to that duck would make a great float.

Looks great! We shared your RUclips video on our Facebook page! (We love your name too!) -RollerTrol facebook.com/pages/Rollertrol-Automation-Systems/222053564516383?ref_type=bookmark