Creation CR630 / CR1200 Vinyl Cutter Setup

The Creation CR630 and CR1200 vinyl cutters are very similar. The CR630 is a 24″ cutter while the CR1200 is a 48″ cutter. Aside from the difference in length, the CR1200 also has an extra stepper motor to drive the sand roller and it has some additional pinch rollers.

There are 3 places where we need to verify setting so that your cutter communicates properly. These 3 places are the cutter itself, the device manager and in the cutting program.

Step 1 – It is always a good idea to start by resetting the cutter. This will purge anything in RAM. To reset the cutter, disconnect it from the computer, plug it in and turn it on. Next, press the 2 red carriage limit switch buttons on the inside walls simultaneously 3 times. This will reset the cutter. Turn the cutter off and on.

Step 2 – Take your cutter offline by pressing the Online button. Next, press the mode button until you get to the baud rate. Make sure the baud rate is set to 9600 and not 19200. If it is at 19200, change it to 9600 with the + button. You will need to press the mode button again to get back to the X,Y position screen so you can put the cutter back online.

Step 3 – The first step in connecting your cutter to your computer is to open device manager. Go to the control panel. For Windows XP, Device Manager is a tab in the System program. For Windows Vista, 7, 8, etc. Device Manager is its own program in the Control Panel. When you first open Control Panel, if your settings are grouped by Category you will find the Device Manager under the “Hardware and Sound” group at the top under “Devices and Printers”. If your Control Panel is being viewed by Icons then it will be listed alphabetically. Open the device manager. With the device manager open, you will see a list of everything that is connected to your computer.

Step 4 – With the device manager open and the cutter powered on, plug the cutter into your computer. Your computer will make the device connection sound and may search for device drivers. The cutter uses an FTDI chipset so the computer should install the FTDI chipset driver. If your computer does not react at all to the cutter being plugged in, there may be a block in the connection.

  1. Try a different USB port on your computer (try all of them if necessary)
  2. Try a different printer cable (any standard USB printer cable will work, borrow one from another printer if needed).
  3. It is also possible that the USB port on the cutter itself has failed. USB ports are the number one service item for vinyl cutters.
  4. It is possible the internal wiring from the USB port to the motherboard has failed.

If your computer automatically installs an FTDI driver (some Windows 7 and Windows 8 systems will do this successfully) then proceed to use it. The FTDI driver will show up as a COM port under Ports (COM & LPT). In some instances, it may be necessary to use an older version of the FTDI driver. If your cutter has incomplete cutting then rolling back to a prior FTDI driver is a good first step to resolve the issue.

If your computer doesn’t install a driver automatically then your cutter will show up as an Unknown Device or possibly some other device. You will see the new device show up in the device manager listing. If you can’t tell which one it is, unplug the cutter from the computer and wait for device manager to update, the device attached to the cutter will disappear. Plug it back into the computer and the device will reappear. Do this as many times as needed until you find the cutter device.

If your cutter is an unknown device, you will need to install an FTDI driver. You can download the drivers from the CutterPros support page here. There are a couple to choose from depending on your operating system.

The drivers are in a compressed folder. Save the file to your downloads or to the desktop. After the file is saved, extract the drivers to a regular folder on your desktop.

Right click on the unknown device in device manager and select “Properties”

Next, click on the “Driver” tab.

Next, click on the “Update Driver…” button.

Select “Browse my computer for driver software”

Select “Let me poick from a list of device drivers on my computer”

Select “Have Disk…” on the bottom right

Select “Browse…”

Navigate to where you saved the decompressed folder.

Select “ftdiport.inf” from the decompressed folder.

Select “Open”

Select “OK”

Select “Next”

The driver software will be installed to the cutter device.

Step 5 – Now that you have a device driver installed for the cutter and the cutter shows up as a COM port under the COM & LPT ports (expand the menu tree if needed to see the COM ports) we will need to update the settings. Right click on the COM port which is your cutter. Select “Properties” and then select the “Port Settings” tab. The port settings should be as follows:

Bits per second: 9600

Data bits: 8

Parity: None

Stop Bits: 1

Flow control: Hardware

Change the settings as needed to match above. Usually, all you will need to update is the Flow control setting.














Next click on the “Advanced…” button.

You can change the COM port at the top if you wish. COM ports 1 to 4 are preferred for older versions of some programs that can’t access higher port numbers.

Set the following which are more conservative than the defaults:

Receive (bytes): 64

Transmit (bytes): 64

Latency Timer (msec): 1

Serial Enumerator should be checked, the rest of the settings should not be checked.

Selective Suspend Idle Timeout (secs): 5

Then click “OK”

Click “OK” again.

Now, you should be back in device manager. Right click on the COM port for your cutter to verify the settings.

Select “Properties”

Select “Port Settings”

Verify the settings above as 9600/8/none/1/Hardware

Sometimes, the Hardware setting reverts back to the prior setting. If it did, change it back to Hardware again.

Click “OK”.

Verify the settings again if needed. If you check the settings and they remain as 9600/8/none/1/Hardware then the system has changed them.

At this point, it is usually a good idea to restart the computer and then go back into device manager and check the settings. Turn the cutter off and on and then leave the cutter connected and turned on for the restart. This is especially true if you changed the COM port number.

Step 6 – Open your cutting program. For instance, SignCut Pro or Flexi Starter.








In SignCut Pro, at the middle or top right of the menu bar is a button for Cutter. Select this.

Manufacturer: Cutter Pros (or choose ProCut or Creation depending on your version of SignCut)

Cutter: ProCut CR630 (or ProCut CR1200 or CR630 or CR1200)

Output Device / Port: COM? – This must be the COM port that your cutter is assigned to. COM1, COM2, etc.

Do not click the Use Windows serial setting button

Baud: 9600

Parity: NON

Databits: 8

Stopbits: 1

Handshake: Hardware (RTS/CTS)

Blade Offset: .0118″ is the default. You can adjust this if needed. If your corners are rounded, the offset is too low. If your corners have little hangnails on them the offset is too high. If your corners are nice and sharp then the setting is correct. .0100″ – .0130″ is a good range to work within.

Use spooler: Unchecked

Enable feed dialog after cutting: N/A

Optimize datastream: Unchecked

Force movement: Unchecked

Curve resolution: 100

Rotate: 90 deg

RTS and CTS should be checked

DTR and DSR should NOT be checked

Click “OK”

Click the Cut icon (Icon that looks like a pair of scissors)

Remove your blade holder from the carriage.

Select “Testcut” from the bottom right corner

The cutter should connect and cut the test cut path.

Flexi Starter is very similar except you will need to go into Production Manager to setup the cutter. Use the same settings as outlined above.

If you are unsuccessful in connecting, contact us on live chat at

Special Notes:

If you have installed a new motherboard, make sure that left / right and up / down arrows move the carriage left and right and up and down respectively. If they are reversed, you will need to rotate the connector key / shield on the motherboard. We have had some instances where motherboard motor connections were mis-oriented.

If your cutter is not responding to the computer, verify that the carriage is not against one of the red limit switch buttons on the left or right side. The carriage can start about 1″ or so away from the right side wall. If the carriage is touching one of the red buttons it will cause the cutter to not communicate with the computer. If this happens, turn the cutter off, slowly move the carriage to a start position and turn it back on. It is very important to move it slowly as by moving the carriage you are generating a reverse current through the motor windings. Moving the carriage by hand very quickly can damage your motherboard.

If your cutter is cutting the image rotated, it is possible that you may have a CT-630 or CT-1200 motherboard installed in your unit. If this is the case, select the CT-630 or CT-1200 cutter from the driver list instead of the CR-630 or CR-1200 driver and your cutter should cut in the correct orientation.

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