Usb cable for 3d printer

Personalized Usb Cable With 3D Printing Names

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•Neuer Spaß mit Ihrem USB-Kabel! Dieses verspielte und bezaubernde USB-Kabel von Callie wurde entwickelt, um Verlust und falsches Nehmen zu vermeiden. Dieses personalisierte USB-Kabel kann mit einem benutzerdefinierten Namen oder Wort geformt und in einer hellen Farbe Ihrer Wahl angezeigt werden. Sie können den Kleinen leicht an seiner hellen Farbe finden.

•Tolles Geschenk für einen Studenten und Arbeiter im Büro oder ein perfektes Strumpfzeug für Weihnachten. Mit leicht zu tragender Größe, idealer Kapazität und niedlichem Schriftdesign möchten Sie nicht, dass Ihr USB-Kabel unter anderem herausragt? Gestalten Sie Ihr eigenes USB-Kabel, indem Sie uns jetzt ein besonderes Wort hinterlassen! Kabellänge: 1,5 Meter

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Material:Kunststoff

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How to print over USB (Without SD Card) – 3D Solved

Have you ever looked at your 3D printer and asked yourself what that micro-USB port is for and why you always end up printing using the provided SD card?

Well, in this article I will be going over how to use said USB port to print your 3D models just like you would when using an SD card.

However, it’s worth noting that there are some cons to doing this and you will also need to install some drivers and additional software.

If you don’t want to have to go through all the trial and error that we did in order to find the Ideal Settings for creating high-quality prints on your Ender 3, then definitely check out our own Cura Profiles tailored specifically for the Ender 3 Printer Series.

Let’s get started!

Using Cura to Print Over USB

If you didn’t know, Cura allows you to print a model directly via the software by connecting the printer to the computer using a USB cable. However, it’s not as simple as that, so here’s a quick guide on how to be able to print over USB with Cura and what additional software you may need to download.

What you will need in order to print over USB:

A USB Type-A to Micro USB cable.
The Ch440 drivers (These usually come stored inside the included SD card, but mine didn’t come with an . EXE file so I had to download it from the site that I just linked to).

Note: The site where you can download the drivers is completely in Chinese, but just press the first big blue button and you’ll get the correct .EXE driver file.

Here’s how to use Cura to print over USB:

Install the Ch440 driver (usually comes with the included SD drive).

Connect the printer to the computer using a USB to micro-USB cable.
Open Cura, import and slice the 3D model using the desired settings.

Click on the “Monitor” tab on the top of the screen.
If the printer needs to be preheated, do it via the Monitor tab.

Click on the small arrow to the right of the large blue button (The one on the bottom right of the screen) and click on “Print via USB”.

Don’t disconnect the USB cable or turn the computer off, deactivate sleep mode as well as the screensaver (the computer needs to be 100% active otherwise the print stops).

When using Cura to print over USB you can actually control a lot of the printer itself, for example; You can move the X, Y, and Z axis, preheat both the bed and the nozzle to any temperature, view the print time, and even send G-code.

Just remember that it’s extremely important to not let the computer go to sleep or even put on a screensaver, all of this needs to be completely deactivated otherwise the print will stop as soon as the computer is no longer 100% active.

Using Pronterface to print over USB

Just like in order to use Cura to print over USB and control the printer remotely you need to install the Ch440 driver, you will also have to do the same in order to be able to print using Pronterface. Also, you will need to download Pronterface as well.

What you will need in order to print over USB:

Pronterface (extract the .EXE and open it, no installation needed.)
The Ch440 drivers (These usually come stored inside the included SD card, but mine didn’t come with an . EXE file so I had to download it from the site that I just linked to).

Note: To download Pronterface you need to follow the link I just provided, scroll down and click on the download link that matches the version of your OS (Windows 64-bit, MacOS, etc.).

Here’s how to use Pronterface to print over USB:

Install the Ch440 driver (usually comes with the included SD drive).

Connect the printer to the computer using a USB to micro-USB cable.
Open your slicer of choice, import and slice the 3D model using the desired settings and export the file in .gcode format.

To export file in .gcode in Cura click on “File”, then “Export” and when this window opens click on “Save as type” and select “.gcode”.

Open Printerface and make sure that the port is set to the highest one possible (COM3 in my case) and the Baud rate to the required one by your printer (115200 on my Ender 3 Pro).

Click on Connect (If it’s not able to connect, try another Baud Rate).
Load the .gcode file and preheat the bed and the nozzle (either using Pronterface or via the printer’s firmware).
Click on “Print” (it takes about a minute until it starts printing).

Since I had already loaded the file and started the print you can see the “Restart” button instead of the “Print” button.

Don’t disconnect the USB cable or turn the computer off, deactivate sleep mode as well as the screensaver (the computer needs to be 100% active otherwise the print stops).

Pronterface, just like Cura, allows you to move the X, Y, and Z axis, and adjust the bed and nozzle temperature. However, Pronterface also provides you with controls over print speed, print flow, and even lets you extrude some filament (maybe you changed the filament recently).

Why print over USB instead of using the SD card?

This is a very valid question, and I think that most of you may have had the idea that printing over USB would be a lot better than using the SD card, right? At least that’s what I used to think.

However, when printing over USB you need to keep your computer on, and not just that, but not even the screensaver can be activated since this will cause the print to stop.

The only benefit of printing over USB is that you don’t have to drag the SD card around to be able to print, or if you have a printing farm, but that’s a whole other story! The disadvantages of printing over USB seem to be greater since there’s a higher risk that your print won’t be completed.

We created a recommended products section that will allow you to remove the guesswork and reduce the time spent researching what printer, filament, or upgrades to get, since we know that this can be a very daunting task and which generally leads to a lot of confusion.

We have selected just a handful of 3D printers that we consider to be good for beginners as well as intermediates, and even experts, making the decision easier, and the filaments, as well as the upgrades listed, were all tested by us and carefully selected, so you know that whichever one you choose will work as intended.

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(There is a solution) Connect Makerbot Replicator+ to a Mac and several USB hubs

It looks like the printer control board does not use Ch440 (see bottom of this answer) and should therefore be ignored.

Ch440 and OS X incompatibility

The reason your Mac may not see printers may be related to the USB interface on the printer controller board.

If implemented with the Ch440 (which it probably is to keep manufacturing costs down), historically MacBooks have had driver issues for this device and its derivatives. That is, the OS has a problem - more specifically, the device drivers used by the OS X kernel - as opposed to the hardware. There are a number of posts addressing this issue, it is also common on Arduino clones, see here.

Third party drivers for Ch440(G) written for OS X are often poorly written and/or poorly documented - although this opinion can be hotly debated and I have no desire to expand on it.

If the USB interface on the Printer Controller Board is implemented with FTDI or ATmega 16U2, it will work fine. Unfortunately, the solution is probably to not use a Mac and stick with Lenovos (i.e. a PC clone).

See detailed answers to the question Can't connect Cura to my Anet A8 on OSX 10.11.6

As an aside, I long ago gave up trying to buy/use cheap Arduino clones with Ch440(G) on a Mac as it just wasn't worth the effort to get the Mac to see it. Now I guarantee either:

I buy a slightly more expensive Arduino that uses 16U2 (the more expensive FTDI chip is less commonly used on boards these days, but can still be found). Obviously, you don't have that luxury when choosing a 3D printer.
I will use a PC instead if the board has a Ch440(G) or something similar.

One possible solution

However, having said all that, this problem , possibly , has been resolved in newer versions of OS X (after Mountain Lion or so). This may provide a solution, connect to ch440 on macOS Mojave

remove all old drivers:
 sudo rm -rf /Library/Extensions/usbserial.kext sudo rm -rf /System/Library/Extensions/usb.kext 
Now restart your computer.

And then (very important because it took me 10 cables to find desired) use fully connected cable ;-)

I now have these ports:
 /dev/cu.wchusbserial1410 /dev/cu.usbserial-1410 

Important note : Clearly, removing kernel drivers (also known as kernel extensions , .kext ) is not to be taken lightly. If you are uncomfortable doing this or don't know how to cancel the process using a saved driver backup, please don't try this do.

For completeness:

To back up kext ( before deleting as shown above):

 sudo cp /Library/Extensions/usbserial.kext /Library/Extensions/usbserial.kext.bak sudo cp /System/Library/Extensions/usb.kext /System/Library/Extensions/usb.kext.bak

To restore kext ( by removing the kernel extension and then finding it makes no difference):

sudo mv /Library/Extensions/usbserial.kext.bak /Library/Extensions/usbserial.kext sudo mv /System/Library/Extensions/usb.kext.bak /System/Library/Extensions/usb.kext

Alternatively, instead of removing the kernel drivers, you can simply rename them to hide them by adding .bak to the filename, such as

sudo mv /Library/Extensions/usbserial.kext /Library/ Extensions/usbserial.kext.bak sudo mv /System/Library/Extensions/usb.kext /System/Library/Extensions/usb. kext.bak

Then reboot. Check if the printer is connected or not. If not, then just restore them using the same commands as above - that way you'll just remove the extra .bak file from the filename.

As for the answer given, I'm not entirely sure what is meant by fully connected cable... There is a well-known problem that some USB charging cables that look like normal USB cables are only power lines, communications, and omit data lines (again, for cheapness), and it can be difficult to distinguish between the two (usually by thickness, the thicker the cables have more lines connected). Obviously, if there are no data lines, then the cable will not transmit data.

However, this usually only applies to cables with mini or micro USB connectors and usually does not apply to standard peripheral cables such as the USB-A to USB-B cable: micro/mini USB connectors... it will depend on your connector type.
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